they both are the same as they are based on mass. Also, inertia is different then momentum by not moving but the momentum needs to be moving also it needs velocity
Inertia is an intrinsic characteristic of the object related to its mass. Inertia tells you how much force it will take to cause a particular acceleration on the object. Momentum is a function of an object's mass and velocity. Momentum is a measure of the kinetic energy of the object.
they both are based on mass but momentum has velocity and it has to be moving
ReplyDeleteThey're both based on mass. One needs movement one doesn't.
ReplyDeletemomentum needs motion inertia dose not.
ReplyDeletethey based on mass and inertia needs movement
ReplyDeleteThey're both based on mass. One needs movement one doesn't.
ReplyDeletemomentum and a inertia are the same.
ReplyDeleteAn inertia and momentum are the same because they are both based on mass.
ReplyDeleteMomentum has movement, inertia does not.
there both based on mas different momentum needs movement inertia does not.
ReplyDeleteThey both are based on mass but momentum has velocity and it has to be moving
ReplyDeletethey both are based on mass but momentum has velocity and it has to be moving
ReplyDeleteInertia and momentum is based on mass. Anything can have inertia whether its moving or not but momentum needs to be moving.
ReplyDeleteMass
ReplyDeleteThey're both based on mass. One needs movement one doesn't.
ReplyDeleteThey are both based on mass but momentum has velocity and it has to be moving.
ReplyDeletethey both are based on mass but momentum has velocity and it has to be moving
ReplyDeleteMomentum has to move and inertia does not have to move. They are both based on mass.
ReplyDeletemass but momentum gots velocity
ReplyDeleteNoth based on mass and one is also based on velocity
ReplyDeletethey both are based on mass but momentum has velocity and it has to be moving
ReplyDeleteThey're both based on mass, and One needs movement and the other one doesn't.
ReplyDeletemomentum and a inertia are the same.
ReplyDeleteThey both have mass but the momentum needs movement and inertia doesn't need movement.
ReplyDeleteThey are both based on mass, but momentum needs movement and Inertia does not.
ReplyDeleteMOMENTUM.!!!!!!!! NEEDS.!!!!!!!!!! STUFF!!!!!! INERTIA!!!!!!! ALSO!!!!!!! NEEDS!!!!!!!! MORE!!!!!!!! STUFF!!!!!!
ReplyDeletethey both are the same as they are based on mass. Also, inertia is different then momentum by not moving but the momentum needs to be moving also it needs velocity
ReplyDeleteThey are both based on mass, but momentum needs movement and Inertia does not.
ReplyDeleteboth are based on mass. momentum has velocity
ReplyDeleteThey're both based on mass. One needs movement one doesn't.
ReplyDeleteboth momentum and inertia are based on mass but an object has inertia whether moving or not whereas something has to be moving to have momentum.
ReplyDeleteMomentum needs movement, inertia does not.
ReplyDeletethey're both based on mass. One needs movement one doesn't.
ReplyDeleteboth momentum and inertia are based on mass but an object has inertia whether moving or not whereas something has to be moving to have momentum.
ReplyDeleteThey are both based on mass but momentum is based on mass and velocity.
ReplyDeletethey are both based on mass. Whereas one needs movement.
ReplyDeletewhere as
ReplyDeleteInertia is an intrinsic characteristic of the object related to its mass. Inertia tells you how much force it will take to cause a particular acceleration on the object. Momentum is a function of an object's mass and velocity. Momentum is a measure of the kinetic energy of the object.
ReplyDeletethey both are based on mass but momentum has velocity and it has to be moving
ReplyDeletethey both are based on mass but momentum s also based on velocity
ReplyDeletethey are both based on mass but one has to be moving.
ReplyDeleteBoth momentum and inertia are both based on mass. An object has to be in motion to have momentum whereas an object has inertia no matter what.
ReplyDeletethey both are based on mass but momentum has velocity and it has to be moving
ReplyDeletethey both depend on mass one needs movement and one doesn't
ReplyDeleteThey both are based on mass. But momentum has motion, inertia does not
ReplyDeleteBoth inertia and momentum have mass but, momentum also depends on motion.
ReplyDeleteBoth inertia and momentum depend on mass only momentum depends on movement.
ReplyDeletebased on math.
ReplyDeletehas to be moving
ReplyDeleteBoth inertia and mass have momentum but, momentum also depends on motion.
ReplyDeleteboth are based on mass but momentum has velocity and it has to be moving at all time
ReplyDeletemomentum needs motion inertia dose not.
ReplyDelete