https://padlet.com/nmejia30/1f2oz21bh9dig3px WHAT PATTERNS EXIST BETWEEN ALL FORCES THAT YOU APPLY TO OBJECTS OR SYSTEMS OF OBJECTS? State your claim and provide an example to support your thinking. Include your FIRST & LAST NAME and YOUR PERIOD on your post. RESPOND to at least one other student (your responses MUST be constructive!) en-us 2021-10-28 01:01:35 UTC 2024-10-30 06:09:13 UTC hello@padlet.com https://padlet.net/icons/png/1f681.png nmejia30 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1849823986 Now, respond to the following question: What patterns exist between all forces that you apply to objects or systems of objects? Provide your claim and an example to support your thinking.... REMEMBER TO INCLUDE YOUR FULL NAME ON YOUR RESPONSES, AS WELL!]]> 2021-10-28 01:01:35 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1849823986 nmejia30 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1849823989 Remember to add at least one comment to another student's response (keep it constructive!!!)]]> 2021-10-28 01:01:35 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1849823989 nmejia30 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852356371 The patterns that exist between all forces that you apply to objects or systems of objects is an opposing reaction will always meet another force. Let's use tug-of-war as an example. If your team, and someone else's team are each pulling at the rope at an equal force, then the rope won't go anywhere, because it's being pulled in both directions. However, say there's a bunch of elephants on your team. They're all pulling, and their pull force is stronger than the other team's. This means that the rope will be pulled towards your direction, because the force of your team is stronger than the other's. This doesn't just go for tug-of-war either. That's the pattern. What I just explained can go for most objects and forces.]]> 2021-10-28 20:26:09 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852356371 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852489859 The patterns that exist between forces that you apply to objects will always have an opposing force. An example is when you kick a soccer ball it will obviously roll you are using force for that movement and acceleration another force interacting with that is friction which slows that ball down when it is rolling.]]> 2021-10-28 22:19:56 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852489859 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852558539 The patterns that exist between all forces that you apply to objects or systems of objects is an opposing force will always come to meet a different force. For example, if you go sky diving gravity is pulling you down once you jump. Then, you deploy your parachute which then causes drag because of the friction between the air mass and the parachute. So, the gravity and air mass/parachute are opposing each other.]]> 2021-10-28 23:28:36 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852558539 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852678590 The patterns that exists between all forces that you apply to objects and systems of objects are that there is always an opposite force back. For example, when you hit a baseball with a bat, the ball will bounce back off the bat because of the force and acceleration given to the baseball.]]> 2021-10-29 00:43:24 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852678590 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852801475 The pattern that exists between all forces is that there is always an opposite reaction to the force applied. For example, let's say Bob went on a run, do you think this is an example of demonstrating Newton's 3rd law of motion? If you answered yes you are correct, every single time Bob's shoes hit the ground it is creating an equal impact of the opposite force. This is a demonstration of Newton's 3rd law of motion, every action has a reaction, and cause, and effect. ]]> 2021-10-29 01:35:11 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852801475 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852939243 The patterns that exist between all forces that you apply to objects or systems of objects will give back the same strength in the opposite direction, which is known as Newton's third law of motion. For example, every time you jump on a trampoline, you ascend in the air. It's because the trampoline is the second object that gets the force from the first object, which is you from the jumps. The trampoline will push that same amount of force you gave against you in order to be in the air.]]> 2021-10-29 02:35:22 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852939243 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852945355 The patterns that exists between all forces is an opposite reaction. If you apply forces to an object it will do the opposite. For example, if I kick a soccer ball against a brick wall. Will the ball come back to me or just stay at the wall? It will come back to me and bounce off the wall.  This shows Newton's 3rd law of motion.]]> 2021-10-29 02:38:03 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1852945355 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1853034987 The pattern that exists between all forces that you apply to objects or systems of objects are that there will always be an opposite force back. An example of this would be when a drone pushes air down the air pushes the drone up. Basically, if you put a force on an object, the object will push back an opposite force.]]> 2021-10-29 03:18:36 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1853034987 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1853047943 The patterns that exist between all forces that you apply to objects to is that it will have the complete opposite force. For example if I hit a baseball with a metal bat the force and acceleration will cause it to go in the opposite direction that it came in with lots of power. This shows how Newtons 3rd law of motion goes into play.]]> 2021-10-29 03:24:43 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1853047943 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1853119588 The patterns that exists between all forces is that there is always an opposite reaction. For example when a skier is excerpting a force on the ground, then the ground is excerpting an equal and opposite force in the skier. This is an example of Newton's 3rd law of motion.]]> 2021-10-29 04:04:03 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1853119588 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1853206731 The patterns that exists between all forces is that if you were going to throw a tennis ball against a cement wall the ball would have to bounce back because of Newtons Third Law. Newtons Third Law states that every action has an equal opposite reaction. By that I mean when two objects collide they both add force to each other. ]]> 2021-10-29 05:06:00 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1853206731 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854375390 The pattern that exists between all forces that you apply to objects or systems of objects are that there always will be an opposite force back. An example of this would be when a drone pushes air down the air pushes the drone up. Basically, if you put a force on an object, the object will push back an opposite force.]]> 2021-10-29 16:40:29 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854375390 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854413900 The patterns that exist between all forces is an applied force going the opposite direction. For example, if I kicked a soccer ball, i would put a force on the ball for it to have motion and fly in the air. Gravity would be the apposing force and would be pulling the ball down to the ground which is why it doesn't keep going up.



]]> 2021-10-29 16:59:35 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854413900 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854804134 The pattern that exists between all forces there is always a opposite reaction like when you hit a baseball with a baseball bat it will most likely fly across the field you are using force for that movement including acceleration another force interacting with that is friction which makes the baseball slow down ]]> 2021-10-29 21:36:45 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854804134 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854804199 The patterns that exists between all forces is an opposite reaction. If you apply forces to an object it will do the opposite. For example, if I kick a soccer ball against  a wall the ball would the ball come back to me or will the ball stay ?. this shows newtons 3rd law .]]> 2021-10-29 21:36:49 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854804199 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854977537 The patterns that exists between all forces is newtons third law of motion everything has an equal but opposite reaction. I think this because if you throw a ball at a wall it would bounce back because the wall is applying a force to the wall.]]> 2021-10-30 01:23:19 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1854977537 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1855166383 The patterns that exist between all forces that you apply to object will always have an opposing force. A example is when you kick a ball it will roll far because you used force and the acceleration on the ball made it go far.]]> 2021-10-30 05:32:58 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1855166383 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1855683986 The patterns that exist between forces that you apply to objects will always have an opposite force. For example when you are a blocker, the opposite side will hit the ball into your hands and the ball will bounce off and the blocker may be off balance because of the impact.]]> 2021-10-30 16:20:57 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1855683986 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1856156513 The patterns that exist between all forces is that for each reaction, there is always an opposite reaction. For example, when use a pool stick on a pool ball, the ball moves. This is because you applied force to it, lets say it hit a wall, it would bounce off instead of just going right on through, or stopping unless it can transfer the force into another ball.]]> 2021-10-31 03:49:50 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1856156513 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1859722956 The pattern I see is when force is applied to something it is put in motion. This is because when force is applied to an object it is put in motion.]]> 2021-11-01 19:42:49 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1859722956 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1862086313 The patterns that exist between the forces that occur when using an object will always have an opposing force. For example, if i threw a ball at a wall it would hit the wall and bounce back going at a lower speed than it did before because the motion was interrupted when it hit the wall. This is a great explanation of Newtons 3rd law of motion. ]]> 2021-11-02 15:47:54 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1862086313 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1862433063 The patterns that exist between all forces that one applies to an object or system is that all the time you get a opposite reaction. An example of this is when you fling something in the air. The object moves with acceleration and the air resistance is "pushing" that object back, thus having the object decelerate, then falling to the ground due to gravity. So the opposite reaction would be the air resistance making the object decelerate.]]> 2021-11-02 17:50:51 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1862433063 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1865501638 When you hit a wall with 5n of force the wall will exert -5n of force against your hand. When you push a skate board with 5n of force it will go 5n of force forward, but slow down because of the friction of the ground. For every action there is an equal but opposite reaction. When you apply force to an object it has acceleration or it accels.]]> 2021-11-03 18:06:19 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1865501638 https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1879725368 The patterns that exist between forces that you apply to objects will always have a same but oppiste force.For example when you kick a soccer ball it will roll and stop. You are using force for the ball to move and accelerate.]]> 2021-11-09 23:53:03 UTC https://padlet.com/nmejia30/1f2oz21bh9dig3px/wish/1879725368