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First motion: A fan cart is released from rest on a table. It travels 40 cm as it speeds up. Second motion: A fan cart is released at the same setting, meaning that it will gain the same amount of speed each second. This cart covers four times as much distance. X4 40x4=160 cm The Question: In order for the cart to cover four times as much distance, the time of travel must be multiplied by (a) Which equation is relevant? Justify your answer. Ax= = a+² because the cart is being released from rest, (b) Which variable is constant, and how do you know? The Speed is constant because both fan carts are traveling at the same constant speed. (c) Answer the question using the relevant equation. Fill in the box above with Ax= ½ at 2 atz $2 your final answer.

First motion: A fan cart is released from rest on a table. It travels 40 cm as it speeds up. Second motion: A fan cart is released at the same setting, meaning that it will gain the same amount of speed each second. This cart covers four times as much distance. X4 40x4=160 cm The Question: In order for the cart to cover four times as much distance, the time of travel must be multiplied by (a) Which equation is relevant? Justify your answer. Ax= = a+² because the cart is being released from rest, (b) Which variable is constant, and how do you know? The Speed is constant because both fan carts are traveling at the same constant speed. (c) Answer the question using the relevant equation. Fill in the box above with Ax= ½ at 2 atz $2 your final answer.

College Physics
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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First motion: A fan cart is released from rest on a table. It travels 40 cm as it speeds up. Second motion: A fan cart is released at the same setting, meaning that it will gain the same amount of speed each second. This cart covers four times as much distance. X4 40x4=160 cm The Question: In order for the cart to cover four times as much distance, the time of travel must be multiplied by (a) Which equation is relevant? Justify your answer. Ax= = a+² because the cart is being released from rest, (b) Which variable is constant, and how do you know? The Speed is constant because both fan carts are traveling at the same constant speed. (c) Answer the question using the relevant equation. Fill in the box above with Ax= ½ at 2 atz $2 your final answer.
Transcribed Image Text:First motion: A fan cart is released from rest on a table. It travels 40 cm as it speeds up. Second motion: A fan cart is released at the same setting, meaning that it will gain the same amount of speed each second. This cart covers four times as much distance. X4 40x4=160 cm The Question: In order for the cart to cover four times as much distance, the time of travel must be multiplied by (a) Which equation is relevant? Justify your answer. Ax= = a+² because the cart is being released from rest, (b) Which variable is constant, and how do you know? The Speed is constant because both fan carts are traveling at the same constant speed. (c) Answer the question using the relevant equation. Fill in the box above with Ax= ½ at 2 atz $2 your final answer.
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