Buoyant Forces by Grace Cassens https://padlet.com/cassensscience/9h3tot680b0080zb en-us 2024-03-08 20:51:17 UTC 2024-03-08 21:46:54 UTC hello@padlet.com Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911814979 Buoyant force is an upward force on all objects.

Wyatt R.

]]> 2024-03-08 21:13:30 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911814979 Buoyant Force and Fluid Pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911815311 Water exerts force on all sides of an object.

Wyatt R.

]]> 2024-03-08 21:14:10 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911815311 Buoyant Force - The upward force on an object - Sawyer https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911815647 2024-03-08 21:14:45 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911815647 ophelialudgerhebert https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911815812 Water exerts force on all sides


]]> 2024-03-08 21:15:08 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911815812 Gabe Vocab https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816006 Buoyant Force: Upward force that fluid exerts on all matter.

Archimedes' Principle: States that the buoyant force on an object in fluid is an upward force equal to the weight of the fluid that the object takes place of.


]]> 2024-03-08 21:15:31 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816006 Vocabulary https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816214 Buoyant Force - The upward force that keeps an object immersed in or floating on a liquid

Archimedes' Principle - The principle that states that the buoyant Force on an object in a fluid is an upward force equal to the weight of the volume of fluid that the object displaces

-Riley

]]> 2024-03-08 21:15:55 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816214 Vocab words https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816275 buoyant force- the upward force that keeps an object immersed in or floating on liquid


Archimedes principle- the state that the buoyant force on an object in a fluid in a upward force equal to the weight of the volume of fluid that the object displaces

-Hattie

]]> 2024-03-08 21:16:01 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816275 vocab words https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816359 buoyant force- the upward force that keeps an object immersed in or floating on an object

Archimedes' principle- the principle that states that the buoyant force on an object in a fluid is an upward force equal to the weight of the volume of fluid that the object displaces.

Hadley

]]> 2024-03-08 21:16:08 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816359 Vocab https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816555 Buoyant Force: Upward Force on objects.

Archimedes' Principle: States buoyant force on an object in a fluid is an upward force equal to the weight of the object.

-Sean

]]> 2024-03-08 21:16:29 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816555 Vocab and Definitions https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816564 Buoyant force-is the upward force that fluids exert on all matter.


Archimedes' principle- is the principle that states that the buoyant force- eon an object ina fluid is an upward force equal to the weight of the volume that the object displaces.


-Eliza Ascher

]]> 2024-03-08 21:16:30 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816564 Buoyant Force-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816570 Describes that buoyant force is the upward force that fluid exerts on matter.

]]> 2024-03-08 21:16:31 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816570 Theo https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816587 Buoyant force-The upwrd force that keeps an object immersed in or floating on a liquid


Archimed princible the princible that staes the bouyahnt force on an object in a fluid is an upward fore equal to the wight to the volume of fluid the object displaced

]]> 2024-03-08 21:16:33 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816587 Determining Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816658 Archimedes' Principle states that the buoyant force on an object in a fluid is an upward force equal to the weight of the fluid that the object displaces.

Wyatt R.

]]> 2024-03-08 21:16:42 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816658 Anthony - Vocab https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816692 Define and write all of the yellow bolded words

  1. Buoyant force - The upward force made by liquids forcing and item up.

  2. Archimedes’ principle - The principle that stated that the buoyant force an object receives is directly related to how much liquid it displaces.



]]> 2024-03-08 21:16:47 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816692 Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816743 The upward force that fluids exert on all matter

-Riley

]]> 2024-03-08 21:16:52 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816743 Weight Versus Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816980 An object only floats when the buoyant force is equal to it's weight.

Wyatt R.

]]> 2024-03-08 21:17:26 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816980 Definitions https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816995 Buoyant Force - The upward force that keeps and object immersed in or floating on a liquid.


Archimedes' Principle - The principle that states that the buoyant force of an object in a fluid is an upward force equal to the weight of the volume of fluid that the object displaces.

-Hailey

]]> 2024-03-08 21:17:27 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911816995 Bouyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817011 It tells that buyant force is the upward force that fluid exerts no matter

]]> 2024-03-08 21:17:30 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817011 Buoyant force ophelialudgerhebert https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817026 the upward force that keeps an object immersed in or floating on a liquid

]]> 2024-03-08 21:17:32 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817026 Buyont Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817205 is an upward force that fluids extert on all matter



micah

]]> 2024-03-08 21:17:51 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817205 Vocabulary https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817212 Archimedes' principle - States that buoyant force on an object in a fluid is an upward force equal to the weight of the volume of fluid that the object displaces


buoyant force- the upward force that keeps an object immersed in liquid, or even floating on it - Sawyer

]]> 2024-03-08 21:17:53 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817212 Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817270 When water pushes the ice back to the waters surface that is an example of Buoyant force.

-Eliza

]]> 2024-03-08 21:18:02 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817270 buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817294 the force that makes something float in liquid.

-brandon

]]> 2024-03-08 21:18:05 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817294 Sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817297 If an object's weight is greater than the buoyant force, it will sink.

Wyatt R.

]]> 2024-03-08 21:18:05 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817297 Buoyant Force Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817347 Buoyant force is a force that pushes upward on all objects.

-Sean

]]> 2024-03-08 21:18:13 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817347 Buoyant Force and Fluid Pressure-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817379 Fluid pressure is put on all objects in liquid which increases the deeper they go, but the pressure on the bottom is called the buoyant force because it pushes objects up.

]]> 2024-03-08 21:18:17 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817379 Sydney Vocab Words https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817422 Buoyant Force - The upward force that keeps an object immersed in or floating on a liquid


Archimedes' Principle - The principle that states that the buoyant force on an object in a fluid is an upward force equal to the weight of the volume of fluid that the object displaces.


-Sydney Busig

]]> 2024-03-08 21:18:22 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817422 Buoyant force and fluid pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817551 There is pressure coming from every direction when an object is in fluid. The force coming upwards is the strongest force.

Hadley

]]> 2024-03-08 21:18:39 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817551 buoyant force and fluid pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817579 There is pressure when water comes from all sides of an object.

Hattie

]]> 2024-03-08 21:18:41 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817579 Floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817611 If an object's weight is less than the buoyant force, it will sink.

Wyatt R.

]]> 2024-03-08 21:18:46 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817611 vocab words https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817639 buoyant force - the upward force that keeps an object immersed in or floating on a liquid


Archimedes principle- the principle that states that the buoyant force on an object in a fluid is an upward force equal to the weight of the volume of fluid that the object displaces

Sophia g

]]> 2024-03-08 21:18:50 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817639 Fluid pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817722 it explanes bouyant force in more detail and more en depth

]]> 2024-03-08 21:19:02 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817722 https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817723 Buoyant forces- the upward force that fluids exert on all mater

Archimedes principle- states that the buoyant force on an object in a fluid is an upward force equal to the weight of the fluid that the object takes the place of, or water- trace

]]> 2024-03-08 21:19:02 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817723 Determining Buoyant Force-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817829 You can determine buoyant force by finding the weight of the displaced water because the buoyant force is equal to the displaced water's weight.

]]> 2024-03-08 21:19:14 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817829 Buoyant Force and Fluid Pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817883 Water experts fluid pressure on all sides of objects in water, and it changes the way an object moves in water.

-Eliza

]]> 2024-03-08 21:19:21 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911817883 Buoying Up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818028 When the buoyant force is greater than the weight of an object that is underwater, it will float to the top.

Wyatt R.

]]> 2024-03-08 21:19:38 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818028 Determming Bouyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818044 It tells you how to determin bouyant force in an object and how to find that


Theo

]]> 2024-03-08 21:19:40 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818044 Buoyant Force and Fluid Pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818046 Forces acting on the sides of an object in water cancel each other out. The top and bottom pressure effect if something floats or sinks. Pressure increases the deeper you go. The bottom pressure is always greater, pushing the object up. This is a buoyant force.

-Riley

]]> 2024-03-08 21:19:41 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818046 Archimedes' Principle https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818081 the upward force is equal to the weight of the volume of fluid the thing displaces.

-brandon

]]> 2024-03-08 21:19:47 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818081 Weight Versus Buoyant Force-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818099 If you put something in fluid that is heavier than the buoyant force it will sink.

]]> 2024-03-08 21:19:49 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818099 archimeides princibal https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818231 it states that a upward force is the same as the weight of the fluid


micah

]]> 2024-03-08 21:20:02 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818231 Buoyant force - upward force on an object - Sophia G https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818349 2024-03-08 21:20:17 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818349 Sinking-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818358 The rock sinks because it's weight is greater than the buoyant force.

]]> 2024-03-08 21:20:18 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818358 Determining Buoyant Force Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818360 If an object is pushed upward with the equal force of the weight of the fluid it will float. Weight does not affect buoyant force.

-Sean

]]> 2024-03-08 21:20:19 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818360 Floating, Sinking, and Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818472 If an object is denser than the water then it will sink. If it is less dense, then it will float.

Wyatt R.

]]> 2024-03-08 21:20:36 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818472 Vocab samuelgjelten https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818474 Buoyant Force - the upward force on all objects

Archimedes Principle - the principle that states that the buoyant force on an object in a fluid is an upward force equal to the weight of the volume of fluid that the objects displaced

-sam

]]> 2024-03-08 21:20:36 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818474 Buoyant Force and Fluid Pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818495 Water exerts fluid pressure on all sides of an object, so the pressure equals pressures to cancel each other. - Sawyer

]]> 2024-03-08 21:20:39 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818495 Determining Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818514 The weight of the displaced fluid determines the buoyant force on an object, and the weight of the object does not.

-Eliza

]]> 2024-03-08 21:20:42 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818514 Vocab Words https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818523 Buoyant Force is an upward force that either keeps an object on top of or immersed in a liquid.

Archimedes' principle is the principle that states that the buoyant force on an object is an upward force equal to the fluid the object displaces. - Liam



]]> 2024-03-08 21:20:42 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818523 Weight Versus Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818575 If an object weight is greater than the buoyant force acting on it, it will sink. An object will float only if the weight and buoyant force are equal.

-Riley

]]> 2024-03-08 21:20:50 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818575 Floating-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818654 The fish and the duck float in the water because their weight is less than or equal to the buoyant force.

]]> 2024-03-08 21:21:00 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818654 Archimedes principle ophelialudgerhebert https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818738 the principle that states that the buoyant force on an object in a fluid is an upward force equal to weight of the volume of fluid that the object displaces

]]> 2024-03-08 21:21:13 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818738 Weight Versus bouynt focre Theo https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818796 An object will sink if its weights is greater that the bouyant force


Theo

]]> 2024-03-08 21:21:21 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818796 determining buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818839 Archimedes principle is the upward force on a fluid equal to weight

Hattie

]]> 2024-03-08 21:21:26 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818839 Determining Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818841 Archimedes' principle states that the upward force of the fluid has the same weight as the object immersed in it.

Hadley

]]> 2024-03-08 21:21:27 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818841 Buoying Up-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818977 If your weight is less than the buoyant force and you go underwater you will be pushed up, which is called buoying up.

]]> 2024-03-08 21:21:47 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911818977 Weight Versus Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819002 An object will only float if the object weight is equal to the buoyant force.

-Eliza Ascher

]]> 2024-03-08 21:21:49 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819002 Definitions https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819017 Buoyant force- is an upward force that fluids expert on all matter.

Archimedes ´ principle- it states that the buoyant force on an object in a fluid is an upward force equal to the weight of the fluid that the object takes the place of, or displaces.


-Greta

]]> 2024-03-08 21:21:51 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819017 buoyant force and fluid pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819051 water experts pressure on all sides of an object but the sides cancel out and since water is more denser the deeper you go, the pressure is greater at the bottom then the top. there is a net upward force and that is buoyant force.

-brandon

]]> 2024-03-08 21:21:54 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819051 Sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819271 A rock will sink because the rocks weight is greater than the buoyant force.

-Eliza

]]> 2024-03-08 21:22:25 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819271 Sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819288 A rock weighing 75 N displaces 5 L of water. Those 5 L of water weigh about 50 N and the weight of the water is equal to the buoyant force. The rocks weight is greater than the buoyant force, so it sinks.

-Riley

]]> 2024-03-08 21:22:28 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819288 Buoyant Force and Fluid Pressure Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819318 Pressure increases when the depth increase and equal pressure cancels itself out.

-Sean

]]> 2024-03-08 21:22:32 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819318 Buoyant force and fluid pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819351 water exerts fluid pressure on every side of an object

- Sophia G

]]> 2024-03-08 21:22:37 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819351 weight versus buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819378 An object will sink if its weight is greater then the buoyant force.

Hattie

]]> 2024-03-08 21:22:41 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819378 Weight versus Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819379 An object will sink if the weight of it is greater than the buoyant force.

Hadley

]]> 2024-03-08 21:22:41 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819379 Floating, Sinking, and Density-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819427 If something is more dense than water it will sink, but if it equal or less in density it will float.

]]> 2024-03-08 21:22:46 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819427 Sinking Theo https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819516 It talks about how we can find out how something can snink or float with out putting it in to water

]]> 2024-03-08 21:22:59 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819516 buyont force and fluid pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819634 it explains part of the process in buyont force


micah

]]> 2024-03-08 21:23:12 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819634 Floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819721 An object floats when the buoyant force is equivalent to the fishes weight the fish will float in the water.

-Eliza

]]> 2024-03-08 21:23:24 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819721 Buoyant Force and Fluid Pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819735 Water creates fluid pressure on all sides on an object, as the depth increases so does pressure - Liam

]]> 2024-03-08 21:23:26 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819735 More Dense Than Air-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819854 An ice cube floats in water but not in air because air is significantly less dense than water so the ice cube is more dense than air but not water.

]]> 2024-03-08 21:23:39 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819854 Floating Theo https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819863 It talks about how the fishes wight is the same as or less as the fluid it well float

]]> 2024-03-08 21:23:39 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819863 Buoyant Force and Fluid Pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819896 The pressure of water on two sides of an object is equal, and cancel each other out.


-Sydney Busig

]]> 2024-03-08 21:23:42 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819896 Determining Buoyant force samuelgjelten https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819933 The weight of the displaced fluid determines the buoyant Force on a object

-sam

]]> 2024-03-08 21:23:49 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819933 determining buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819957 There used to be a Greek mathematician who came up with a Principle that says the buoyant force is equal to the weight of the water that thing displaces.

-brandon

]]> 2024-03-08 21:23:52 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911819957 Sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820107 if the weight of an object is equal to the weight of the displaced water, the weight is greater than the buoyant force.

Hattie

]]> 2024-03-08 21:24:04 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820107 Sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820108 If the weight on an object is equal to the weight of displaced water, the objects qweight is greater than the buoyant force.

Hadley

]]> 2024-03-08 21:24:04 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820108 Less Dense Than Air-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820232 Helium is one seventh of the density of air so it floats in air.

]]> 2024-03-08 21:24:18 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820232 Buoying Up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820308 When an object is buoyed up until the part of the object underwater displaces an aunt of water that equals the objects entire weight.

-Eliza Ascher

]]> 2024-03-08 21:24:29 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820308 Buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820329 Buoyant force is a upward force on all matter.


- Greta

]]> 2024-03-08 21:24:33 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820329 weight versus buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820350 an object will sink if it is too heavy.

-brandon

]]> 2024-03-08 21:24:36 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820350 Changing Overall Density-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820473 How does steel float if it is a lot more dense than water?

]]> 2024-03-08 21:24:45 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820473 Determining Buoyant Forces https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820478 A Greek mathematician discovered how to determine buoyant force, and it states that the buoyant force on an object in a fluid is equal to the weight of the fluid that the object takes place of. Only the weight of a displaced fluid determines the buoyant force of an object. -Sawyer

]]> 2024-03-08 21:24:46 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820478 Weight Versus Buoyant Force Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820563 If the weight of an object is greater than the buoyant force it will sink and will only float if the force on the object is equal to its weight.

-Sean

]]> 2024-03-08 21:24:57 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820563 Buoying up Theo https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820576 If the object is less than the the right amont the object will float up and float there

]]> 2024-03-08 21:24:59 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820576 Determining buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820606 Archimedes principle says that buoyant force on an object in a fluid is an upward force equal to the weight of the fluid that the object takes the place of

- Sophia G

]]> 2024-03-08 21:25:03 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820606 Buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820717 a force pushes the ice back to the surface is an buoyant force-trace

]]> 2024-03-08 21:25:18 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820717 Floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820808 The fish weighs 12 N and displaces 12 N of water. This makes the fish float. The fish is suspended in the water because it's entire weight and the amount of water it displaces are equal. The duck on the other hand weighs 9 N, but only needs to have part of it's body underwater to displaces 9 N of water which makes it float.

-Riley

]]> 2024-03-08 21:25:34 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820808 Buoyant Force- isaacfuller1 https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820855 The upward force that keeps an object immersed in or floating on liquid

]]> 2024-03-08 21:25:40 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820855 determining buyont force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820942 it is about the person who determined buyont force and the measurments


micah

]]> 2024-03-08 21:25:52 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820942 Floating, Sinking, and Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820959 When an objects weight is not spread (like in a boat shape) then it will sink, and that is why a rock sinks.

-Eliza Ascher

]]> 2024-03-08 21:25:54 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820959 Weight Versus Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820976 If an object in a fluid's weight is greater than the weight of the fluid it displaces, it will sink. -Sawyer

]]> 2024-03-08 21:25:57 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911820976 Floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821014 If an objects weight is equal to the buoyant force, the object will be suspended in the water as it floats.

Hadley

]]> 2024-03-08 21:26:02 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821014 Floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821038 If an objects weight is equal to the buoyant force, the object will be suspended in the water as it floats.

Hattie

]]> 2024-03-08 21:26:05 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821038 Floating sinking and density Theo https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821049 If an object is densser than the water it will sink if it is less dencse it will float

]]> 2024-03-08 21:26:06 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821049 Determining Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821222 According to Archimedes' Principle the weight of the water displaced it equal to the buoyant force of an object. - Liam

]]> 2024-03-08 21:26:30 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821222 Anthony - Summary https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821264

  • Shows how buoyant force works

  • Explains how to calculate buoyant force

  • Explains how things will sink it weight is too much for buoyant force to handle

  • Talks about the rock in figure 2 on pg. 87

  • Talks about the fish in figure 2 on pg. 87

  • Talks about the duck in figure 2 on pg. 87

  • Gives an example of Archimedes’ principle

  • Explains water is more dense than air and that is why we don’t float on air

  • Talks about what few things are more dense than air

  • Asks why some things have more density but still float

  • Explains how some shapes float easier

  • Explains how submarines can float or sink

  • Explains some basic fish anatomy and how they change their overall density

    • ]]>     2024-03-08 21:26:38 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821264     More Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821274 Only things will float in water if it is less dense than the water, and same goes with air.

    -Eliza Ascher

    ]]>     2024-03-08 21:26:39 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821274     Changing Mass-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821280 Submarine's can either float or sink because they either let water into their ballast tanks to make themselves more dense so it sinks or by expelling that water and becoming less dense than water so that it floats.

    ]]>     2024-03-08 21:26:40 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821280     sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821300 is something weighs 75 N and it displaces 5 L of water than the buoyant force should be about 50 N. it will sink

    -brandon

    ]]>     2024-03-08 21:26:42 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821300     Vocab https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821313 Buoyant Force:

    The upward force that a fluid exerts on all matter.


    Archimedes' Principle: Archimedes' Principle states that the buoyant force on an object in a fluid is an upward force equal to the weight of the fluid that the object displaces.


    Wyatt R.

    ]]>     2024-03-08 21:26:44 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821313     Changing Volume https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821327 Fish change their volume by filling up an organ with gases from their blood. This allows them to sink and float at will.

    ]]>     2024-03-08 21:26:47 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821327     Buoying Up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821338 If the duck were to dive underwater it would displace over 9 N of water, so it would float up since there would be more buoyant force acting on the duck than the duck weighs.

    -Riley

    ]]>     2024-03-08 21:26:48 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821338     Changing Mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821342 Density and mass can be changed by adding or taking away water from the inside of something. This is how submarines sink and float at will.

    Wyatt R.

    ]]>     2024-03-08 21:26:49 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821342     Changing Shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821350 If an object is more dense than the water, then you can change it's shape to make it displace less water so that it will float.

    Wyatt R.

    ]]>     2024-03-08 21:26:51 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821350     Less Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821368 If an object is less dense than air, then it will float in both water and air.

    Wyatt R.

    ]]>     2024-03-08 21:26:53 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821368     More Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821378 An object can be less dense than water but more dense than air. These objects will float in water but will not float in air.

    Wyatt R.

    ]]>     2024-03-08 21:26:55 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821378     Less Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821556 When an object is less dense than air it will float in the air.

    -Eliza Ascher

    ]]>     2024-03-08 21:27:21 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821556     Weight versus buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821600 An object floats only when the buoyant force on the object is equal to the objects weight.

    - Sophia G


    ]]>     2024-03-08 21:27:26 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821600     Sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821607 If a rock's weight is higher than the buoyant force, the rock will sink. -Sawyer

    ]]>     2024-03-08 21:27:27 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821607     Changing Volume-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821747 Fish can change where they are in water by inflating their swim bladder which makes them have a higher volume and therefore a lower density so that it can float,.

    ]]>     2024-03-08 21:27:42 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821747     Sinking Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821762 Since the fish's weight is equal to the buoyant force it floats on the water and since the duck's weight is equal to the buoyant force it floats on the water.

    -Sean

    ]]>     2024-03-08 21:27:44 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821762     Determining Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821823 The force pushing up on an object in a liquid is equal to the weight of the volume of the liquid.


    -Sydney Busig

    ]]>     2024-03-08 21:27:51 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821823     Buoying up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821831 If the object's weight is smaller than the buoyant force, the objects will pop up and float in the water.

    Hadley

    ]]>     2024-03-08 21:27:52 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821831     Buoyanting up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821864 If the objects weight is small than the buoyant force, the objects will then pop up and float in water.

    Hattie

    ]]>     2024-03-08 21:27:56 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821864     less dense than air Theo https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821871 An object can be less dense that water but more dens than air. These objects will not float in air.

    ]]>     2024-03-08 21:27:56 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821871     Changing Overall Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821996 If an object changes its shape it can make it sink or float like the ball of clay versus the boat of clay.

    -Eliza Ascher

    ]]>     2024-03-08 21:28:15 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911821996     Buoyant Force - Hailey https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822044 Pushing an ice cube underwater then stopping allows the cube to float to the surface again because of buoyancy

    ]]>     2024-03-08 21:28:21 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822044     Sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822166 if an objects weight is greater than the buoyant force then the object will sink.

    - Sophia G

    ]]>     2024-03-08 21:28:37 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822166     Weight Versus Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822187 Objects in fluid will sink if its weight is more than the buoyant force and an object floats when the buoyant force is the same as the objects weight. - Liam

    ]]>     2024-03-08 21:28:43 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822187     Weight Versus Buoyant Force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822205 An object will sink if its weight is greater than the weight the liquid displaces when it is in the liquid.


    -Sydney Busig

    ]]>     2024-03-08 21:28:45 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822205     Question 2-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822248 Answer is B, the submarine fills its ballast tank with water which increases density.

    ]]>     2024-03-08 21:28:50 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822248     Archimedes principle- isaacfuller1 https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822432 the state that the buoyant force on an object in a fluid upward force equal to the weight of the object.

    ]]>     2024-03-08 21:29:12 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822432     Changing Shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822462 Ships are built to displace more water than is necessary for the ship to float, and they are made this way so they will float.

    -Eliza Ascher

    ]]>     2024-03-08 21:29:16 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822462     floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822499 the fish weighs 12 N and it displaces water that weighs 12 N they are the same so the fish will float.

    -brandon

    ]]>     2024-03-08 21:29:21 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822499     Sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822573 If an object displaces less water then it weighs it will sink in the fluid. - Liam

    ]]>     2024-03-08 21:29:30 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822573     wight versus boyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822660 It explains what happens with buyont force


    micah

    ]]>     2024-03-08 21:29:40 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822660     Buoying Up Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822673 If an object were to go to the top of the water it would float back up to the surface since it would displace more newtons.

    -Sean

    ]]>     2024-03-08 21:29:43 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822673     Floating, sinking, and density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822731 if an object's weight is greater than an equal volume of water, it will sink.

    Hadley

    ]]>     2024-03-08 21:29:50 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822731     Floating, sinking ,and density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822743 If a object weight is more than an equal volume of water it will sink.

    Hattie

    ]]>     2024-03-08 21:29:51 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822743     More Dense than air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822745 Only things will float in water if it is less dense than the water and same goes with air

    Theo

    ]]>     2024-03-08 21:29:51 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822745     Buoyant Force and Fluid Pressure samuelgjelten https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822774 The pressure at the bottom of the object is greater than the pressure at the top. The upward force is a buoyant Force

    -sam

    ]]>     2024-03-08 21:29:55 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822774     Buoyant Force and Fluid Pressure - Hailey https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822812 The water experts from the sides horizontally which creates more pressure at the bottom of an object and less at the top.

    ]]>     2024-03-08 21:29:59 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822812     sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822901 it tells about sinking and the weight and speed


    micah

    ]]>     2024-03-08 21:30:08 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822901     Question 3-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822919 The deeper you go, the more pressure there is. Therefore, the force on the bottom of an object is greater than the pressure on top so it creates a buoyant force that pushes the object up.

    ]]>     2024-03-08 21:30:11 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822919     Floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822932 the buoyant force on an object must be equal to its weight.


    Sophia G

    ]]>     2024-03-08 21:30:13 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911822932     buoying up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823025 if you are less dense than the water but you are underwater you will shoot to the surface just like an ice cube in a drink.

    -brandon

    ]]>     2024-03-08 21:30:30 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823025     Floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823028 If you have an object that only needs half of it's weight to be equal to the buoyant force, then only that much will float in the water, since an object will only float if it's weight is equal to the buoyant force of the water/air. - Sawyer

    ]]>     2024-03-08 21:30:31 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823028     Changing Mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823192 Submarines can float and sink because they release air and hold the air in, these kinds of ships are capable to change there density depending on what they are wanting to do.

    -Eliza Ascher

    ]]>     2024-03-08 21:30:45 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823192     Question 4-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823239 If an object is less dense than water it will float in water but if it is more dense than water it will sink in water.

    ]]>     2024-03-08 21:30:50 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823239     Buoyant force and fluid pressure https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823327 Water puts pressure on all sides of an object. The pressure increases as the depth increases. The water pressure on the bottom is greater than at the top it makes the object float.


    - Greta

    ]]>     2024-03-08 21:31:01 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823327     Floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823331 An object that is equal to the buoyant force will float in a liquid. - Liam

    ]]>     2024-03-08 21:31:02 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823331     paragraph 1 ophelialudgerhebert https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823354 It explains how waters pushes force onto the ice cube to keep it on the surface - o

    ]]>     2024-03-08 21:31:04 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823354     floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823384 it uses fish as an example and its weight


    micah

    ]]>     2024-03-08 21:31:08 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823384     Floating, Sinking, and Density 2 https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823397 If an object weighs more, it has more mass per volume than water.

    Hadley

    ]]>     2024-03-08 21:31:08 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823397     Floating, Sinking, and Density 2 https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823411 If an object weighs more it has more mass per volume then water.

    Hattie

    ]]>     2024-03-08 21:31:10 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823411     Buoying up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823507 When the buoyant force on an object is greater than the objects weight, the object is buoyed up.

    - Sophia G

    ]]>     2024-03-08 21:31:25 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823507     Changing overall density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823512 If an object changes its shape it can make it sink or float like the ball of clay vs the ball of clay boat


    Theo

    ]]>     2024-03-08 21:31:26 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823512     Sinking https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823593 Buoyant force is equal to the weight of displaced water.


    -Sydney Busig

    ]]>     2024-03-08 21:31:38 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823593     Determining Buoyant Force - Hailey https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823668 Archimedes' Principle says that the buoyant force of an object in a fluid is an upward force equal to the weight of the fluid that the object takes the place of, or displaces.

    ]]>     2024-03-08 21:31:47 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823668     Weight vs Buoyant force samuelgjelten https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823672 An object in a fluid will sink if its weight is greater than the buoyant force

    -sam

    ]]>     2024-03-08 21:31:48 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823672     Floating, Sinking, and Density Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823686 An object will float if it is less dense than the liquid but it will sink if the object is more dense than the liquid.

    -Sean

    ]]>     2024-03-08 21:31:49 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823686     Question 5-Gabe https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823731 You can change density by changing shape(like in a steel boat), changing mass(like in a submarine's ballast tanks), or by changing volume(like in a fish's swim bladder).

    ]]>     2024-03-08 21:31:54 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823731     More density then air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823862 An object that has less density then water will float on water.

    Hattie

    ]]>     2024-03-08 21:32:11 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823862     More Dense than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823872 An object that has less density than water will float on water.

    Hadley

    ]]>     2024-03-08 21:32:12 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823872     Buoying Up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823876 If the buoyant force is greater than the weight of an object it will float to the surface of the liquid. - Liam

    ]]>     2024-03-08 21:32:12 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823876     floating sinking and density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823942 the rock sinks because it is more dense than the water it is in but the duck is less so it floats but the fish is the same so it kind of floats.

    -brandon

    ]]>     2024-03-08 21:32:18 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823942     Floating, Sinking, and Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823970 The rock displaces 5 L of water which is equal to 5,000 cm cubed. 5,000 cm cubed of rock weighs more than 5,000 cm cubed of water, so the rock sinks.

    -Riley

    ]]>     2024-03-08 21:32:21 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823970     Buoying Up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823984 If there's an object that has a greater weight than the buoyant force of a water spot, the object will shoot up out of the water until the only part of it floating is the weight that is equal to the buoyant force. - Sawyer

    ]]>     2024-03-08 21:32:22 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911823984     Changing shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824026 ships are make to displace water more water that is nessary for the ship to float

    ]]>     2024-03-08 21:32:27 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824026     Changing Volume https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824047 Fish adjust the depth in the water by using their swim blatter, the inflated blatter decreases the density to keep it floating.

    -Eliza Ascher

    ]]>     2024-03-08 21:32:30 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824047     buyong up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824129 it explains how buyong up is when something floats on the water it uses a duck as an example

    micah

    ]]>     2024-03-08 21:32:40 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824129     More Dense Than Air Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824267 Object can float in water and not in air since the object is more dense than air but is less dense than water.

    -Sean

    ]]>     2024-03-08 21:32:57 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824267     Less Dense than air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824345 If an object has less density than air, it will float in the air.

    Hadley

    ]]>     2024-03-08 21:33:06 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824345     Less density then air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824349 If an object has less density then air it will float in the air.

    Hattie

    ]]>     2024-03-08 21:33:06 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824349     More Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824364 An ice cube floats in water because it is less dense than water, but doesn't float in the air because it is more dense than the air.

    -Riley

    ]]>     2024-03-08 21:33:08 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824364     Anthony - Key Ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824425

  • Which of the following changes increases the density of an abject? B.

  • Explain how differences in fluid create buoyant force on an object. The denser the fluid the more buoyant force it will give.

  • How does an objects density determine whether the object will sink or float in water? If it is more dense than water it will sink because there is more weight than water displaced

  • Name 3 methods that can be used to change the overall density of an object.

    1. Giving it air vents that will fill it with water

    2. Giving it a hollow shape

    3. Pressurization

    ]]>     2024-03-08 21:33:14 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824425     Weight Versus Buoyant Force - Hailey https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824519 If an object weighs more than the buoyant force of a liquid, it will sink.

    ]]>     2024-03-08 21:33:29 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824519     Sinking samuelgjelten https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824694 If a rockets weight is greater than the buoyant force, so in that case the rock sinks

    -sam


    ]]>     2024-03-08 21:33:45 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824694     Floating, Sinking, and Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824751 Volumes of solids are measured in cubic centimeters, so if a rock weighs more than an equal volume of water, the rock will sink. - Sawyer

    ]]>     2024-03-08 21:33:54 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824751     Floating https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824755 If the weight of an object is equal to the displacement, the object will float on the surface in will be suspended in the liquid.


    -Sydney Busig

    ]]>     2024-03-08 21:33:54 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824755     Floating, Sinking, and Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824758 if an object weighs more than an equal volume of water, it sinks.

    Sophia G

    ]]>     2024-03-08 21:33:55 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824758     more dense than air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824854 the ice cube is less dense than the water so it floats but it's more dense than air so it sinks in the air.

    -brandon

    ]]>     2024-03-08 21:34:05 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911824854     Floating, Sinking, and Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825069 If something has more mass per volume then water it will sink. - Liam

    ]]>     2024-03-08 21:34:32 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825069     Less Dense Than Air Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825149 Something filled with helium can float because helium is less dense than air and if the density of the helium and the object are less than air it will float.

    -Sean

    ]]>     2024-03-08 21:34:41 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825149     Changing mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825181 IT talks about how a submairne is a special kind of ship that is make to sink by how the balsist tanks open up and let sea water in


    Theo

    ]]>     2024-03-08 21:34:45 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825181     Less Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825195 The gas helium is less dense than air so it floats in the air. An amount of helium displaces an equal amount of air, but air is heavier than helium, so the helium floats.

    -Riley

    ]]>     2024-03-08 21:34:47 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825195     less dense than air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825420 a helium balloon is less dense than air so it floats in the air.

    -brandon

    ]]>     2024-03-08 21:35:07 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825420     More Dense than air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825537 if an object is more dense than air, it will not float in air.

    - Sophia G

    ]]>     2024-03-08 21:35:21 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825537     More Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825643 The reason why an ice cube floats on water but not in the air is because it is less dense than water, but more dense than air (like a LOT of objects). - Sawyer

    ]]>     2024-03-08 21:35:31 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825643     Changing Overall Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825991 Steel is over 8 times more dense than water, but cruise ships float.

    -Riley

    ]]>     2024-03-08 21:36:07 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825991     Changing shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825992 An objects increase in volume will cause a decrease in density.

    Hattie

    ]]>     2024-03-08 21:36:07 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911825992     Changing shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826080 An object's increase in volume will cause a decrease in density. A hollow shape helps an object with higher density to float.

    Hadley

    ]]>     2024-03-08 21:36:13 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826080     More Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826103 Things that float in water don't float in air because even though they are less dense then the water they are more dense they air. - Liam

    ]]>     2024-03-08 21:36:15 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826103     Sinking - Hailey https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826188 If a rock weighs 75 N and it displaces 5N, the buoyant force should be about 50N because it is equal to the weight of displaced water.

    ]]>     2024-03-08 21:36:23 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826188     Changing Overall Density Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826196 Steel is much more dense than water but boats are made out of it and the boats can float.

    -Sean

    ]]>     2024-03-08 21:36:24 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826196     Less dense than air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826297 helium floats in air because it is less dense than air, so people use it in balloon.

    - Sophia G

    ]]>     2024-03-08 21:36:37 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826297     Less Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826379 A certain volume of helium displaces an equal volume of air that is heavier than itself, mainly because helium floats in air. - Sawyer

    ]]>     2024-03-08 21:36:44 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826379     Changing Shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826840 A block of steel will sink, but a ship won't because it is rounded to displace more water than the weight of the ship so that it floats.

    -Riley

    ]]>     2024-03-08 21:37:34 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826840     Changing volume https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826916 Fish adjusts the depth in the water by using thir swim blatter, the inflated blatter decreases the density to keep floating


    Theo

    ]]>     2024-03-08 21:37:41 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826916     Changing Shape Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826930 Ships can float while still being more dense than water because their weight is distributed and spread out which is what allows it to float

    -Sean

    ]]>     2024-03-08 21:37:43 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826930     Buoying up https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826955 If a object floating at the surface of a liquid is pushed further into the liquid, it will displace more of the liquid and will rise to the top because the weight of the object is less than the displacement.


    -Sydney Busig

    ]]>     2024-03-08 21:37:47 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911826955     Determining Buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827002 A Greek mathematician discovered how Archimedes' force states that the buoyant force on an object in a fluid is an upward force equal to the weight of the fluid that the object takes place of, or displaces in the third century BCE.


    - Greta

    ]]>     2024-03-08 21:37:54 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827002     Changing Overall Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827022 We know that objects heavier than the buoyant force of water can't float, so how does a steel boat stay above water? - Sawyer

    ]]>     2024-03-08 21:37:56 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827022     Changing mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827032 If an object's mass increases, the volume will stay the same.

    Hadley

    ]]>     2024-03-08 21:37:57 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827032     Changing mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827053 If an objects mass increases the volume will stay the same.

    Hattie

    ]]>     2024-03-08 21:38:00 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827053     Floating - Hailey https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827264 If a fish weighs 12N and it displaces 12N of water meaning it will float but a duck that only has it's legs and chest in the water will also float because of the subtracted amount of newtons from its body out of the water.

    ]]>     2024-03-08 21:38:28 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827264     Changing overall density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827298 steel is more dense than water but floats easily

    - Sophia G

    ]]>     2024-03-08 21:38:33 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827298     Understanding Key Ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827405

  • d.

  • The difference in fluid pressure created buoyant force on an object is that when the pressure goes up an object stays above water. When the fluid pressure goes down an object will sink.

  • An objects density will determine whether the object will sink or float in water because if the density is greater than the buoyant force it will sink, but if it is greater or equal it will float.

  • A fish increasing its blatter will change the overall density of its body, if you change the shape of an object it will change the overall density of an object, and lastly if you change the fluid pressure it will change the overall density of an object.

    • ]]>     2024-03-08 21:38:42 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827405     Changing Mass Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827526 A submarine uses the ability to release air and pressurize water to be able to change its overall density and either float or sink in the water.

    -Sean

    ]]>     2024-03-08 21:38:55 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827526     Changing Overall Density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827535 Steel is more dense than water but can also float. - Liam

    ]]>     2024-03-08 21:38:56 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827535     Changing Shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827638 The way that a ship floats on water is what the shape is, so if a boat was just a piece of steel it would sink, but if the boat is an ark shape, it will float. - Sawyer

    ]]>     2024-03-08 21:39:07 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827638     Changing volume https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827753 If an objects mass changes the volume of the objects will always stay the same

    Hattie

    ]]>     2024-03-08 21:39:21 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827753     Changing volume https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827765 If the mass changes, the volume of the object will always stay the same.

    Hadley

    ]]>     2024-03-08 21:39:23 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827765     changing shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827967 the shape of a boat makes it so that the boats floats on water.

    - Sophia G

    ]]>     2024-03-08 21:39:43 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911827967     Changing Shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828035 Steel can float by changing its shape into a shape that has less overall density than steel. - Liam

    ]]>     2024-03-08 21:39:51 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828035     Less Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828059 Things that are less dense than air such as helium will float in it. - Liam

    ]]>     2024-03-08 21:39:53 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828059     Changing Mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828076 A submarine takes in water to sink through its ballast tanks. When a submarine floats to the surface it uses condensed air to push the water out into the ocean again.

    -Riley

    ]]>     2024-03-08 21:39:55 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828076     Changing Mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828229 Submarines stay above water because of something called ballast tanks that can be opened to allow sea water in, and as water is added, the submarine's mass increases, while the volume stays the same. - Sawyer

    ]]>     2024-03-08 21:40:15 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828229     Changing Volume Paragraph https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828262 Fish have an air bladder that lets them float in the water and must keep swimming to not sink and die.

    -Sean

    ]]>     2024-03-08 21:40:18 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828262     Understanding key ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828342 Question 2

    answer is A

    ]]>     2024-03-08 21:40:26 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828342     Understanding Key ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828350 Question 2: A

    ]]>     2024-03-08 21:40:27 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828350     Changing Volume https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828579 In order for fish to stay at a certain depth in the water, fish can adjust their density a lot like a submarine. - Sawyer

    ]]>     2024-03-08 21:40:55 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828579     Changing mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828632 in a submarine, theres a tank that intakes water to make it sinks, and air also like blows water out to make it float.

    - Sophia G

    ]]>     2024-03-08 21:41:02 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911828632     Changing Volume https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829222 A fish's swim bladder fills with gases from the fish's blood to make it floats. The fish's nervous system controls how much gas is in the swim bladder.

    -Riley

    ]]>     2024-03-08 21:42:17 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829222     Which of the following changes increases the overall density of the object? https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829289 A- A block of iron is formed into a hollow shape - Sawyer

    ]]>     2024-03-08 21:42:24 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829289     Buoying Up - Hailey https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829348 When the buoyant force of an object is more than the object's weight, it is buoyed up.

    ]]>     2024-03-08 21:42:31 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829348     changing overall density https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829369 how the heck does a steel ship float if it is 8 times denser than water?

    -brandon

    ]]>     2024-03-08 21:42:34 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829369     Changing Mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829393 Submarines increase their mass by taking water making them able to sink and they can push the air out of the ballasts making them float. - Liam

    ]]>     2024-03-08 21:42:36 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829393     Floating samuelgjelten https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829420 For example if a fishes weight is equal to the buoyant force the fish floats in the water

    ]]>     2024-03-08 21:42:39 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829420     Weight versus buoyant force https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829425 An object will sink if the weight is greater than the buoyant force, the object will float if the weight and buoyant force are equal.


    - Greta

    ]]>     2024-03-08 21:42:40 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829425     Understanding key ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829440 Question 3: If the object has greater density than its buoyancy, the buoyancy force is all around

    Hadley

    ]]>     2024-03-08 21:42:42 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829440     Understanding key ideas question 3 https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829443 If a object has greater density than its buoyantly force is all around

    Hattie

    ]]>     2024-03-08 21:42:42 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829443     More Dense Than Air https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829716 If an object is more dense than the air, it will not rise in the air.


    -Sydney Busig

    ]]>     2024-03-08 21:43:11 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829716     changing shape https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829824 if you have room for air in something then it will float.

    -brandon

    ]]>     2024-03-08 21:43:26 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911829824     Understanding key ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830092 Question 4: If the object's density is greater than the buoyant force, it will sink & vice versa.

    Hadley

    ]]>     2024-03-08 21:43:59 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830092     Changing Volume https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830093 Fishes can rise and sink because they can change their volume and make them able to float. - Liam

    ]]>     2024-03-08 21:44:00 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830093     Understanding key ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830097 Question 4: If the objects density is greater than its buoyant fore it will sink.

    Hattie

    ]]>     2024-03-08 21:44:00 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830097     Explain how differences in fluid pressure create buoyant force on an object https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830349 The difference that happens is when the pressure goes up, the object at hand stays above the water, while if the fluid pressure were to go down, the object would sink. - Sawyer

    ]]>     2024-03-08 21:44:27 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830349     changing mass https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830538 submarines push air in and out of the submarine to go up and down in the water.

    -brandon

    ]]>     2024-03-08 21:44:56 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830538     Buoyant force samuelgjelten https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830992 When the buoyant force of an object is more than the objects weight

    ]]>     2024-03-08 21:45:46 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911830992     Understanding key ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831011 Question 5:

    1. change the shape

    2. change the mass

    3. change the volume

      Haldey

    ]]>     2024-03-08 21:45:48 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831011     How does an object's density determine whether the object will sink or float in water? https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831052 If the density in an object is greater than the buoyant force, it will sink, but if the density is greater or equal to the buoyant force, it will float.

    ]]>     2024-03-08 21:45:52 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831052     understanding key ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831464 Question 5: Changing the shape,mass or value of the objects.

    Hattie

    ]]>     2024-03-08 21:46:28 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831464     Understanding Key Ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831690

  • D

  • The difference in fluid pressure creates buoyant force on an object because the pressure pushes it up

  • if its more dense it will sink

  • changing shape, changing size, more air

    - Sophia G

    • ]]>     2024-03-08 21:46:54 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831690     Understaning key ideas https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831847 2.D


    3 The difference in fluid presses created buoyant fore on an object is that when pressure goes up an object stays above the water.


    4 An object density will determin whether the object will sink or float in the water because if the density is greater it will sink


    5 A fish increases its blatter will change the over density because the more aire the more density or like a submire you can fill it with water

    Theo Guess is the best

    ]]>     2024-03-08 21:47:19 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831847     Understanding Key Ideas - Question 2 https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831966 Which of the following changes increases the overall density of the object?

    A: An iron block into a hollow shape - No

    B: A submarine fills its ballast tanks with water - Yes

    C: A submarine fills its ballast tanks with air - No

    D: A fish increases the amount of gas in its swim bladder - No

    ]]>     2024-03-08 21:47:33 UTC https://padlet.com/cassensscience/9h3tot680b0080zb/wish/2911831966