Car A is traveling with a constant speed of 60 kph, while Car B is traveling with a constant speed of 50 kph. consider the figure below. 1. which of the following is the correct vector equation to solve the speed of Car B relative to Car A? a. V[A/B] = -V[A] - V[B] b. V[A/B] = V[A] - V[B] c. V[B/A] = V[B] + V[A] d. V[B/A] = -V[B] - V[A]
Car A is traveling with a constant speed of 60 kph, while Car B is traveling with a constant speed of 50 kph. consider the figure below. 1. which of the following is the correct vector equation to solve the speed of Car B relative to Car A? a. V[A/B] = -V[A] - V[B] b. V[A/B] = V[A] - V[B] c. V[B/A] = V[B] + V[A] d. V[B/A] = -V[B] - V[A]
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter13: State Of Matter
Section13.4: Solids
Problem 41PP
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Car A is traveling with a constant speed of 60 kph, while Car B is traveling with a constant speed of 50 kph. consider the figure below.
1. which of the following is the correct vector equation to solve the speed of Car B relative to Car A?
a. V[A/B] = -V[A] - V[B]
b. V[A/B] = V[A] - V[B]
c. V[B/A] = V[B] + V[A]
d. V[B/A] = -V[B] - V[A]
2. Find the speed of Car B relative to Car A
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