Question

For this question, let the right direction be positive (+) and the left direction be negative (-). If a train moves to the left while slowing down, which of the statements below correctly describe the velocity and acceleration? Velocity is positive, and acceleration is negative. Velocity and acceleration are both negative. Velocity and acceleration are both positive. Velocity is negative, and acceleration is positive.

          For this question, let the right direction be positive (+) and the left direction be negative (-). If a train moves to the left while slowing down, which of the statements below correctly describe the velocity and acceleration?

Velocity is positive, and acceleration is negative.
Velocity and acceleration are both negative.
Velocity and acceleration are both positive.
Velocity is negative, and acceleration is positive.

For this question, let the right direction be positive (+) and the left direction be negative (-). If a train moves to the left while slowing down, which of the statements below correctly describe the velocity and acceleration?

Velocity is positive, and acceleration is negative.
Velocity and acceleration are both negative.
Velocity and acceleration are both positive.
Velocity is negative, and acceleration is positive.

Added by Kimberly S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

06/06/2022

Step 1

Step 1: The train is moving to the left, which means the velocity is negative. Show more…

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For this question, let the right direction be positive (+) and the left direction be negative (-). If a train moves to the left while slowing down, which of the statements below correctly describe the velocity and acceleration? Velocity is positive, and acceleration is negative. Velocity and acceleration are both negative. Velocity and acceleration are both positive. Velocity is negative, and acceleration is positive.