Problem 1 (Curvilinear Motion, tangential-normal coordinates) Chapter 12, Kinematics: Relative motion between 2 particles: Two racecars are traveling on a track as shown below. At this instant, car A has a speed of 150f(t)/(s), and car B has a speed of 200f(t)/(s). Also at this instant in time, the speed of car A is increasing at 30f(t)/(s^(2)) and

Question

Problem 1 (Curvilinear Motion, tangential-normal coordinates) Chapter 12, Kinematics: Relative motion between

2

particles: Two racecars are traveling on a track as shown below. At this instant, car A has a speed of

150f(t)/(s)

, and car B has a speed of

200f(t)/(s)

. Also at this instant in time, the speed of car A is increasing at

30f(t)/(s^(2))

and car

B

is decreasing at

20f(t)/(s^(2))

. Find: Velocity of car B relative to

carA

Acceleration of

carB

relative to

carA

Follow HW Format, state all assumptions, and show all work. Neatness counts!

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Solution for - Problem 1 (Curvilinear Motion, tangential-normal coordinates) Chapter 12, Kinematics: Relative motio

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