Coulomb's Law Simulation Conclusions by Renee Gilson https://padlet.com/renee_gilson/hx49cwqk165df0fc Electrifying en-us 2021-04-28 15:39:14 UTC 2021-04-28 17:25:54 UTC hello@padlet.com Play with the Coulomb's Law simulation for a few minutes and observe what happens when you change certain variables. Write down 3 conclusions you can make from your observations. renee_gilson https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1469676060 Write your name on the slide or take a picture to identify whose work it is. ]]> 2021-04-28 15:40:42 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1469676060 Aaliyah Allen https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470203372  ]]> 2021-04-28 17:19:03 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470203372 Madalyn madalynfreitas22 https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470203570 1. The closer you move the objects together, the greater the force becomes. 
2.  making the charges stronger makes the force go up
3. The forces stay the same even when you move either of the charges up or down]]> 2021-04-28 17:19:06 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470203570 Riley https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204151 - Weaker charges means its going to be a weaker force.
- The distance between the two objects effects the amount of force the objects have
- Closer the two objects are the higher the force will be.]]> 2021-04-28 17:19:12 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204151 Madison https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204398 - The stronger the charges are, the higher the force goes
- If one charge is neutral then the force goes to zero on both
- The force is the same on both charges no matter the distance, strength, and charge]]> 2021-04-28 17:19:14 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204398 sam sam_brown_231 https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204515 when you move charge 2 to the right force increases but when you move force one to the right the force decreases and the closer the two objects are the higher the force 

]]> 2021-04-28 17:19:16 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204515 Merrik merrikgibson23 https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204567 The closer the objects are, the farther apart the arrow is.
Charge doesn't change
If one object is at 0, nothing happens]]> 2021-04-28 17:19:16 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204567 Braydon braydonmcintire23 https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204616 when the higher the number of charge the more force there is, the charge stays the same, if the charges are even then they repel ]]> 2021-04-28 17:19:17 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204616 John's https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204748 The two "people" applying the newton force to the two objects wear always consistent with one an other. The two objects distances' form each other seemed to play the biggest factor in their over all newton force behind the two objects.]]> 2021-04-28 17:19:18 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470204748 Lexi lexingtonlawler23 https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470207581 1) When the charges increase, so does the force
2) the forces go up when you move the objects closer together.
3) The force doesn't change when the charges go up or down

]]> 2021-04-28 17:19:51 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470207581 Aaliyah aaliyah_allen_23 https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470220949 1) charge differs on the way you move
2) distance makes a change 
3) stronger charges make it increase]]> 2021-04-28 17:22:26 UTC https://padlet.com/renee_gilson/hx49cwqk165df0fc/wish/1470220949