Two objects with masses M and m are stuck together and accelerated to a velocity v1 in a vaccuum with no gravity. As they travel, they separate, and continue forward separately.
Do the two objects continue forward at the same speed or do they each get a different amount of momentum due to their different masses?
The system I am examining is the Armor Piercing Fin Stabilized Discarding Sabot tank round.
Originally posted by AThousandYoungHow do they objects that are "stuck" together come apart?
Two objects with masses M and m are stuck together and accelerated to a velocity v1 in a vaccuum with no gravity. As they travel, they separate, and continue forward separately.
Do the two objects continue forward at the same speed or do they each get a different amount of momentum due to their different masses?
The system I am examining is the Armor Piercing Fin Stabilized Discarding Sabot tank round.
Okay, forget that, because it doesn't change their V1, or it would have been included in the problem statement.
Neither changes from V1 if there is no force upon them, and in your problem there is not force on either of them.
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Originally posted by coquetteHmm. Well in the case of the APFSDS round, it's air resistance that pulls the sabot off, but in this example I said vaccuum. Sigh.
How do they objects that are "stuck" together come apart?
Okay, forget that, because it doesn't change their V1, or it would have been included in the problem statement.
Neither changes from V1 if there is no force upon them, and in your problem there is not force on either of them.
All this time I thought my physics skills gave me secret insight into these projectiles, but I guess I was deluded.
Originally posted by AThousandYoungThis is actually a problem that Gallileo Gallilei thought about. At that time, they thought, heavier objects was falling faster than lighter ones. Then he did the experiment from the leaning tower in Pisa, he let go two objects at the same time from the top of the tower, one heavy and one light, and they reached the ground at the same time. From then on we know that mass has nothing to do with the objects accelleration.
Two objects with masses M and m are stuck together and accelerated to a velocity v1 in a vaccuum with no gravity. As they travel, they separate, and continue forward separately.
Do the two objects continue forward at the same speed or do they each get a different amount of momentum due to their different masses?
The system I am examining is the Armor Piercing Fin Stabilized Discarding Sabot tank round.
Some people say that the experiment of Gallieleo wasn't done, but was referred to as an experiment in mind and got the result from pure reasoning. I don't remember the reasonng, but when I read about it, it made perfectly sense.
Originally posted by AThousandYoungIf an identical force was exerted on both objects, the heavier object would accelerate/decelerate slower due to increased momentum. As is, however, both objects would continue at V1, as already stated.
Two objects with masses M and m are stuck together and accelerated to a velocity v1 in a vaccuum with no gravity. As they travel, they separate, and continue forward separately.
Do the two objects continue forward at the same speed or do they each get a different amount of momentum due to their different masses?
The system I am examining is the Armor Piercing Fin Stabilized Discarding Sabot tank round.