When you walk forward on a scooter that was previously at rest, how do you calculate the total momentum of you and the scooter? a.) Measure how far you move forward and how far the scooter moves forward, and add the two. b.) You don't have to calculate it; you already know that it is zero. c.) Measure how far you move forward and how far the scooter moves backward, and average the two. d.) Calculate the forces on the scooter in newtons by multiplying mass and acceleration. e.) Calculate the forces on the scooter in newtons by adding mass and acceleration.
When you walk forward on a scooter that was previously at rest, how do you calculate the total momentum of you and the scooter? a.) Measure how far you move forward and how far the scooter moves forward, and add the two. b.) You don't have to calculate it; you already know that it is zero. c.) Measure how far you move forward and how far the scooter moves backward, and average the two. d.) Calculate the forces on the scooter in newtons by multiplying mass and acceleration. e.) Calculate the forces on the scooter in newtons by adding mass and acceleration.
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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When you walk forward on a scooter that was previously at rest, how do you calculate the total momentum of you and the scooter?
a.) Measure how far you move forward and how far the scooter moves forward, and add the two.
b.) You don't have to calculate it; you already know that it is zero.
c.) Measure how far you move forward and how far the scooter moves backward, and average the two.
d.) Calculate the forces on the scooter in newtons by multiplying mass and acceleration.
e.) Calculate the forces on the scooter in newtons by adding mass and acceleration.
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