A 0.040 kg ball tied to a string moves in a circle that has a radius of 0.700 m. If the ball is accelerating at 43.2 m/s2, what is the tangential velocity of the ball? The image illustrates the concept of circular motion. It features a hand pulling on a string attached to a ball. The ball is depicted as moving in a circular path, indicated by the dotted elliptical line surrounding it.Here's a detailed explanation:- **Circular Motion:** The ball moves in a circular path around the hand, which serves as the center of this motion. - **Force Direction:** As the hand maintains tension on the string, it applies a centripetal force that keeps the ball moving in its circular trajectory. This centripetal force is directed inward, toward the hand.- **Velocity Vector:** Small lines in front of the ball signify the direction of velocity, indicating that as the ball moves, its velocity is tangential to the circular path at any point.This diagram is a visual representation of how objects move in circular motion due to centripetal forces.

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Answered: 0.040 kg ball tied to a string moves in…

0.040 kg ball tied to a string moves in a circle that has a radius of 0.700 m. If the ball is accelerating at 43.2 m/s2, what is the tangential velocity of

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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Question

A 0.040 kg ball tied to a string moves in a circle that has a radius of 0.700 m. If the ball is accelerating at 43.2 m/s2, what is the tangential velocity of the ball?

The image illustrates the concept of circular motion. It features a hand pulling on a string attached to a ball. The ball is depicted as moving in a circular path, indicated by the dotted elliptical line surrounding it.

Here's a detailed explanation:

- **Circular Motion:** The ball moves in a circular path around the hand, which serves as the center of this motion.

- **Force Direction:** As the hand maintains tension on the string, it applies a centripetal force that keeps the ball moving in its circular trajectory. This centripetal force is directed inward, toward the hand.

- **Velocity Vector:** Small lines in front of the ball signify the direction of velocity, indicating that as the ball moves, its velocity is tangential to the circular path at any point.

This diagram is a visual representation of how objects move in circular motion due to centripetal forces.

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