### PHY 201 (B3) Momentum**Student Code:** carpet---**Momentum**1. A 44-g golf ball is at rest on a tee. A golfer swings his club and hits the ball so that the club applies an average force of 340 N for 5.4 ms. How fast does the ball move coming off the tee? **Select one:** A. 41.73 m/s B. 66.77 m/s C. 22.87 m/s D. 53.65 m/s E. 52.98 m/s F. 79.2 m/s ---2. Alexis bounced a 0.550 kg rubber ball on the floor. The ball’s speed just before hitting the floor was 5.4 m/s while just after rising off the floor its speed was 3.2 m/s. What impulse \(I_y\) was applied to the ball by the floor? Assume “up” is the positive direction.---### Explanation:There are no graphs or diagrams accompanying this text. The provided problems consist of numerical and conceptual physics questions focusing on momentum and impulse.1. **Problem 1**: This problem involves applying the concepts of impulse and momentum change. The details provided include the mass of the golf ball, the force applied by the club, and the duration of the force application.2. **Problem 2**: This problem is about calculating the impulse applied to a bouncing ball. Initial and final speeds of the ball and its mass are included for determining the impulse imparted by the floor.

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(B3) Momentum Student Code: carpet PHY 201 Momentum KTNDS A 44 g golf ball is at rest on a tee. A golfer swings his club and hits the ball so that the club applies an average force of 340_N for 5.4 ms. How fast does the ball move coming off the tee? 1. A. 41.73 m/s D. 53.65 m/s B. 66.77 m/s E. 52.98 m/s C. 22.87 m/s F. 79.2 m/s 1--1 IZJSS Alexis bounced a 0.550 kg rubber ball on the floor. The ball's speed just before hitting the floor was 5.4 m/s while just after rising off the floor its speed was 3.2 m/s. What impulse Iy was applied to the ball by the floor? Assume "up" is the positive direction.

(B3) Momentum Student Code: carpet PHY 201 Momentum KTNDS A 44 g golf ball is at rest on a tee. A golfer swings his club and hits the ball so that the club applies an average force of 340_N for 5.4 ms. How fast does the ball move coming off the tee? 1. A. 41.73 m/s D. 53.65 m/s B. 66.77 m/s E. 52.98 m/s C. 22.87 m/s F. 79.2 m/s 1--1 IZJSS Alexis bounced a 0.550 kg rubber ball on the floor. The ball's speed just before hitting the floor was 5.4 m/s while just after rising off the floor its speed was 3.2 m/s. What impulse Iy was applied to the ball by the floor? Assume "up" is the positive direction.

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ISBN:9781305952300

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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

### PHY 201 (B3) Momentum
**Student Code:** carpet

---
**Momentum**

1. A 44-g golf ball is at rest on a tee. A golfer swings his club and hits the ball so that the club applies an average force of 340 N for 5.4 ms. How fast does the ball move coming off the tee?

**Select one:**
A. 41.73 m/s
B. 66.77 m/s
C. 22.87 m/s
D. 53.65 m/s
E. 52.98 m/s
F. 79.2 m/s

---
2. Alexis bounced a 0.550 kg rubber ball on the floor. The ball’s speed just before hitting the floor was 5.4 m/s while just after rising off the floor its speed was 3.2 m/s. What impulse \(I_y\) was applied to the ball by the floor? Assume “up” is the positive direction.

---

### Explanation:

There are no graphs or diagrams accompanying this text. The provided problems consist of numerical and conceptual physics questions focusing on momentum and impulse.

1. **Problem 1**: This problem involves applying the concepts of impulse and momentum change. The details provided include the mass of the golf ball, the force applied by the club, and the duration of the force application.

2. **Problem 2**: This problem is about calculating the impulse applied to a bouncing ball. Initial and final speeds of the ball and its mass are included for determining the impulse imparted by the floor.

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