The law of conservation of momentum, tells us that when objects collide momentum is not lost , it is transferred. If you designed an investigation with the collision between two objects, could you predict the outcome of the collision? Explain.
Yes you can because if two objects have the same momentum they will bounce off each other. An object with greater momentum will push the smaller object.
You would first need to think about the momentum of both of them which would consider what the mass is like. If it were one big object and one small object then then the small object would be pushed backwards but if they both have the same mass then no momentum will transfer between the two.
Two of the same things with the same mass and more momentum should have the same outcome but if you take a small thing vs a big thing the big thing will push the small thing.
Two things with the same momentum will bounce off each other. Two things that have different momentum, the lager thing will push or break the smaller thing.
Yes the object with more mass will push back the object with the smaller mass, and if they have the same mass but one has a higher acceleration than it will have more momentum and push the other back, but if the 2 objects have the same mass and have the same acceleration the will both go backwards equally.
Yes you could if you calculate the mass and inertia.
ReplyDeleteCalculate the mass
ReplyDeleteParker L.
Yes if u calculate the mass and inertia.
ReplyDeleteYes, if you calculate the mass and inertia.
ReplyDeleteYes if you calculate the mass and inertia.
ReplyDeleteCalculate the mass
ReplyDeleteCalculate the mass and inertia
ReplyDeleteIf you calculate the mass and inertia yes.
ReplyDeleteYes if you calculate the mass
ReplyDeleteYou can calculate the mass and inertia
ReplyDeleteYes if you calculate/ know the mass and interia.
ReplyDeleteMariella L,
If you calculate the mass you will know the interia.
ReplyDeleteYes you can because if two objects have the same momentum they will bounce off each other. An object with greater momentum will push the smaller object.
ReplyDeleteTwo objects with the same momentum will bounce off each other. An object with greater momentum will push the smaller object.
ReplyDeleteAn object with greater momentum will push the smaller object
ReplyDeleteThe objects with the same momentum will bounce if each other .an object withe greater momentum will push the smaller object.
ReplyDeleteYes! When you calculate the mass and inertia.
ReplyDeleteYes because same momentum bounce off, different they collide and push away depending on the size.
ReplyDeleteCiara.H
Yes if you calculate the mass and interia
ReplyDeleteRuby W,
Two objects with the same momentum will bounce off each other. An object with momentum it will keep moving.
ReplyDeleteYes because same momentum bounce off different they collide and push away depending on the size.
ReplyDeleteHaylee. B
Yes, but only if you calculate the mass and the inertia could the momentum be transferred between the two moveable objects.
ReplyDeleteYes if you calculate the mass and the inertia
ReplyDeleteTwo objects with the same momentum will bounce off each other. An object with greater momentum will push the smaller object
ReplyDeleteThe two object both with the same momentum will both bounce back and if the object has different momentum will push the little one.
ReplyDeleteYes, two objects with the same momentum will bounce off each other. An object with greater momentum will push the smaller object.
ReplyDeleteYes two objects with the same momentum will bounce off another’s an object with greater momentum will push the smaller object
ReplyDeleteTwo objects with the same momentum bounce off each other. An object with greater momentum will push the smaller object.
ReplyDeleteYes you can. Two objects with the same momentum will bounce off each other. An object with greater momentum will push the smaller object.
ReplyDeleteTwo objects with the same speed will bounce off of each other. An object with more momentum can crush and tiny thing or it will be pushed,
ReplyDeleteTwo objects with the American momentum will bounce off each other. An object with greater momentum will push the smaller object.
ReplyDeleteTwo objects with the same momentum will bounce off each other. An object with greater momentum will push the smaller one
ReplyDeletePossibly you could calculate the collusion if done correctly.
ReplyDeleteCalculate the mass -Shelby Easter
ReplyDeleteYou have to calculate the mass.
ReplyDeleteYes when you calculate the mass and interia.
ReplyDeleteYes! You need to calculate the mass and interia. | Maya Rand
ReplyDeleteYou would first need to think about the momentum of both of them which would consider what the mass is like. If it were one big object and one small object then then the small object would be pushed backwards but if they both have the same mass then no momentum will transfer between the two.
ReplyDeleteObjects with the same momentum will bounce off each other, While A object with more momentum will push the smaller object.
ReplyDeleteTwo of the same things with the same mass and more momentum should have the same outcome but if you take a small thing vs a big thing the big thing will push the small thing.
ReplyDeleteTwo things with the same momentum will bounce off each other. Two things that have different momentum, the lager thing will push or break the smaller thing.
ReplyDeleteYes, if you know the calculations for the Mass and inertia of both objects.
ReplyDeleteYes the object with more mass will push back the object with the smaller mass, and if they have the same mass but one has a higher acceleration than it will have more momentum and push the other back, but if the 2 objects have the same mass and have the same acceleration the will both go backwards equally.
ReplyDelete