A class takes a trip to an amusement park, the science teacher has the students ride on the bumper cars. How would riding the bumper cars help to demonstrate the law of conservation of momentum?
It would demonstrate the laws of Conservation of Momentum because when one car bumps into another the car that hit the other car stops and the car that was hit moves forward by a bit.
Driving the bumper cars help demonstrate the law of conversation of momentum because when one car bumps into the other one by transferring momentum to the car that got bumped into.
Driving the bumper cars help demonstrate the law of conversation of momentum because when one car bumps into the other one by transferring momentum to the car that got bumped into.
If they have equal momentum they will bounce off each other. If one has more momentum one has less the one with less will bounce off the one with more.
Depending on if they both have the Same momentum if so they just bump into and bounce off each other if one has more momentum then the now with less momentum will move in the direction that the car with more momentum.
The ride will help demonstrate the law of conversation of momentum by showing how the momentum from one bumper car can be transferred to the other. The car will bounce of the other one which means the momentum has been transferred.
Whe both of the bumper cars have the same momentum they’ll bounce off of each other. But when there’s different momentum then one of the bumper cars with push the other one back.
Well, If the cars have the some momentum, they will bounce off each other. But, if one car has more momentum that car will push the other car in its direction.
It would demonstrate, How momentum works, like when one bumper car has more momentum then the one that’s being ran into, the one with less momentum would bounce off and get pushed away.
If the cars had the same momentum, they would bounce off each other. However, if one of the cars had more momentum that car would push the other car it the direction it was going.
If the cars have the same momentum they’ll bounce off of each other. But one of the cars has more momentum so the one with less momentum will bounce backwards.
Riding the bumper cars help demonstrate the law of conversation of momentum by one bumper car transferring momentum to the other.
ReplyDeleteIt would demonstrate the laws of Conservation of Momentum because when one car bumps into another the car that hit the other car stops and the car that was hit moves forward by a bit.
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ReplyDeleteThe car with less momentum will bounce off of the car with more momentum
ReplyDeleteIf two bumper cars crash with the same mass crash they’ll bounce of each other.
ReplyDeleteThe bumper cars would demonstrate the law of conversation of momentum by redistributing the momentum from one bumper car to the other(s).
ReplyDeleteThe car had 5 people in it and crashed in a other car and both cars flew off the mountain killing all of them 🥺🥺🥺
ReplyDeleteIt’s the same mass if 2 cars hit each other
ReplyDeleteDriving the bumper cars help demonstrate the law of conversation of momentum because when one car bumps into the other one by transferring momentum to the car that got bumped into.
ReplyDeleteThe bumper car with less momentum will bounce off of the bumper car with more momentum.
ReplyDeleteRiding the bumper cars helps demonstrate the law of conservation of momentum by one bumper car transferring momentum to the other.
ReplyDeletecar 1 building up momentum hits car 2 and car 1 slows down and car 2 go bye bye
ReplyDeleteparker L
I think they will have even momentum
ReplyDeleteThe bumper car with less momentum will bounce off the car with more momentum.
ReplyDeleteDriving the bumper cars help demonstrate the law of conversation of momentum because when one car bumps into the other one by transferring momentum to the car that got bumped into.
ReplyDeleteCALEB DROUIN
If car a car hits another car that is not moving then the car that is moving is going to move the car that was not moving.
ReplyDeleteIf they have equal momentum they will bounce off each other. If one has more momentum one has less the one with less will bounce off the one with more.
ReplyDeleteThe one with more mass will bump the one with less mass, but if they have the same momentum they will bounce off each other.
ReplyDeleteThe car with the less momentum will bounce of the one with more momentum.
ReplyDeleteThe cars when they hit it transfers momentum and will go back words
ReplyDeletecar’s. 1 building up momentum hits car 1 and the car 1 slows down
ReplyDeletebounce off each other
ReplyDeleteThe cars will show it, because they will bounce off each other and push there momentum
ReplyDeleteinto each other
Mariella L,
Equal momentum the cars will bounce off another .
ReplyDeleteCiara.h
If the cars have the same momentum will bounce off each other.
ReplyDeleteDepending on if they both have the Same momentum if so they just bump into and bounce off each other if one has more momentum then the now with less momentum will move in the direction that the car with more momentum.
ReplyDeleteLess momentom on a bumper car the car goes farther when hit
ReplyDeleteEqual momentum the cars will bounce off one another.
ReplyDeleteHaylee.b
if car one that is moving very fast and hits car two that’s not moving then the momentum from car one transfers to car two.
ReplyDeleteCar 1 building up momentum hits car 2 and car 1 slows down and car 2 goes bye.
ReplyDeleteSame moment on they bounce one with greater momentum will bounce back.
ReplyDeleteIf two bumper cars crash with the same mass crash they’ll bounce of each other. Emily S
ReplyDeleteIf they have equal momentum they would bounce off each other.
ReplyDeleteThe ride will help demonstrate the law of conversation of momentum by showing how the momentum from one bumper car can be transferred to the other. The car will bounce of the other one which means the momentum has been transferred.
ReplyDeleteIf they have the same amount they bounce but if one has more force the other one goes back
ReplyDeleteEqual momentum will cause both to bounce back
ReplyDeleteEqual momentum causes the objects to bounce off each other
ReplyDeleteSame momentum when they hit they will bounce off of each other.
ReplyDeleteThe same momentum the cars will bounce off each other.
ReplyDeleteThe same momentum will cause the cars to bounce off each other. If something has more velocity, it has more momentum.
ReplyDeleteThe momentum the cars will bounce off each other.
ReplyDeleteIf the cars have the same momentum the cars will bounce off each other. If one has greater momentum than the other it will push the other.
ReplyDeleteThe same momentum of the cars will bounce off each other. If they are different one will push the other.
ReplyDeleteDepending on mass and speed
ReplyDeleteThe same momentum the cars will bounce off each other. If one case has less momentum than the other it will push it.
ReplyDeleteThe car with less momentum will bounce off of the car with more momentum.
ReplyDeleteThe vehicle with less momentum is going to bounce off the car that has Moore momentum.
ReplyDeleteThe car will have less momentum and it will bounce off of the car with more momentum.
ReplyDeleteWhe both of the bumper cars have the same momentum they’ll bounce off of each other. But when there’s different momentum then one of the bumper cars with push the other one back.
ReplyDeleteWell, If the cars have the some momentum, they will bounce off each other. But, if one car has more momentum that car will push the other car in its direction.
ReplyDeleteIt would demonstrate, How momentum works, like when one bumper car has more momentum then the one that’s being ran into, the one with less momentum would bounce off and get pushed away.
ReplyDeleteIf the cars had the same momentum, they would bounce off each other. However, if one of the cars had more momentum that car would push the other car it the direction it was going.
ReplyDeleteThe one with more mass will bump the one with less mass.
ReplyDeleteIf the cars have the same momentum they’ll bounce off of each other. But one of the cars has more momentum so the one with less momentum will bounce backwards.
ReplyDeleteUwuwuwuuwuwuwuwuwuwuuwwuwuuwuw
ReplyDeleteCamerons train is going faster and has more momentum so when they crash it will be Cameron’s train that pushes Chris's train that gets pushed back
ReplyDelete1: Comorans momentum was 223,200, Chris’s momentum was 165,000.
ReplyDelete2:0
3:came an would push Chris back