An object with a mass M and a velocity v undergoes a collision and encounters a force of F for a time of t. The collision brings the object to a final rest position ... ... If the object had a mass of 2M and a velocity of v, then it would need an impulse which is ____ F•t in order to be brought to rest. (Place a multiplying factor in the blank.) ... If the same object encountered a force of 2F, then it would bring it to rest in a time of ____ t, The impulse would be _____ (twice the, one-half the, the same) size and the momentum change would be _____ (twice the, one-half the, the same) size. ... If the same object encountered a force of 10F, then it would bring it to rest in a time of ____ t, The impulse would be _____ (ten times the, one-tenth the, the same) size and the momentum change would be _____ (ten times the, one-tenth the, the same) size. ... If the same object encountered a force of 0.2F, then it would bring it to rest in a time of ____ t, The impulse would be _____ (five times the, one-fifth the, the same) size and the momentum change would be _____ (five times the, one-fifth the, the same) size. ... If the object had a mass of 2M and a velocity of v encountered a force of 4F, then it would be brought to rest in a time of ____ t. The impulse would be _____ times the original impulse (put a multiplier in the blank) and the momentum change would be _____ times the original impulse (put a multiplier in the blank). ... If the object had a mass of 2M and a velocity of 2v encountered a force of 4F, then it would be brought to rest in a time of ____ t. The impulse would be _____ times the original impulse (put a multiplier in the blank) and the momentum change would be _____ times the original impulse (put a multiplier in the blank). ... If the object had a mass of 0.5M and a velocity of 4v encountered a force of 2F, then it would be brought to rest in a time of ____ t. The impulse would be _____ times the original impulse (put a multiplier in the blank) and the momentum change would be _____ times the original impulse (put a multiplier in the blank).

An object with a mass M and a velocity v undergoes a collision and encounters a force of F for a time of t. The collision brings the object to a final rest position ... ... If the object had a mass of 2M and a velocity of v, then it would need an impulse which is __ F•t in order to be brought to rest. (Place a multiplying factor in the blank.) ... If the same object encountered a force of 2F, then it would bring it to rest in a time of t, The impulse would be _ (twice the, one-half the, the same) size and the momentum change would be _ (twice the, one-half the, the same) size. ... If the same object encountered a force of 10F, then it would bring it to rest in a time of t, The impulse would be _ (ten times the, one-tenth the, the same) size and the momentum change would be _ (ten times the, one-tenth the, the same) size. ... If the same object encountered a force of 0.2F, then it would bring it to rest in a time of t, The impulse would be _ (five times the, one-fifth the, the same) size and the momentum change would be _ (five times the, one-fifth the, the same) size. ... If the object had a mass of 2M and a velocity of v encountered a force of 4F, then it would be brought to rest in a time of t. The impulse would be _ times the original impulse (put a multiplier in the blank) and the momentum change would be _ times the original impulse (put a multiplier in the blank). ... If the object had a mass of 2M and a velocity of 2v encountered a force of 4F, then it would be brought to rest in a time of t. The impulse would be _ times the original impulse (put a multiplier in the blank) and the momentum change would be _ times the original impulse (put a multiplier in the blank). ... If the object had a mass of 0.5M and a velocity of 4v encountered a force of 2F, then it would be brought to rest in a time of t. The impulse would be _ times the original impulse (put a multiplier in the blank) and the momentum change would be ___ times the original impulse (put a multiplier in the blank).

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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An object with a mass M and a velocity v undergoes a collision and encounters a force of F for a time of t. The collision brings the object to a final rest position ...

... If the object had a mass of 2M and a velocity of v, then it would need an impulse which is ____ F•t in order to be brought to rest. (Place a multiplying factor in the blank.)
... If the same object encountered a force of 2F, then it would bring it to rest in a time of ____ t, The impulse would be _____ (twice the, one-half the, the same) size and the momentum change would be _____ (twice the, one-half the, the same) size.
... If the same object encountered a force of 10F, then it would bring it to rest in a time of ____ t, The impulse would be _____ (ten times the, one-tenth the, the same) size and the momentum change would be _____ (ten times the, one-tenth the, the same) size.
... If the same object encountered a force of 0.2F, then it would bring it to rest in a time of ____ t, The impulse would be _____ (five times the, one-fifth the, the same) size and the momentum change would be _____ (five times the, one-fifth the, the same) size.
... If the object had a mass of 2M and a velocity of v encountered a force of 4F, then it would be brought to rest in a time of ____ t. The impulse would be _____ times the original impulse (put a multiplier in the blank) and the momentum change would be _____ times the original impulse (put a multiplier in the blank).
... If the object had a mass of 2M and a velocity of 2v encountered a force of 4F, then it would be brought to rest in a time of ____ t. The impulse would be _____ times the original impulse (put a multiplier in the blank) and the momentum change would be _____ times the original impulse (put a multiplier in the blank).
... If the object had a mass of 0.5M and a velocity of 4v encountered a force of 2F, then it would be brought to rest in a time of ____ t. The impulse would be _____ times the original impulse (put a multiplier in the blank) and the momentum change would be _____ times the original impulse (put a multiplier in the blank).

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