A can of Coke moving 18.1 m/s toward the right (the positive direction) collides with a can of Pepsi moving 4.36 m/s toward the left, and both cans are badly crunched. If the final velocity of the can of Coke is 5.63 m/s still toward the right, then what is the final velocity of the can of Pepsi? Assume the two cans have equal masses. 6. A. 6.26 m/s 9.60 m/s 9.33 m/s B. 8.11 m/s C. 7.74 m/s 7.83 m/s DEE D. E. F.

A can of Coke moving 18.1 m/s toward the right (the positive direction) collides with a can of Pepsi moving 4.36 m/s toward the left, and both cans are badly crunched. If the final velocity of the can of Coke is 5.63 m/s still toward the right, then what is the final velocity of the can of Pepsi? Assume the two cans have equal masses. 6. A. 6.26 m/s 9.60 m/s 9.33 m/s B. 8.11 m/s C. 7.74 m/s 7.83 m/s DEE D. E. F.

Name: **Physics Problems and Solutions****Problem 1: Percentage Calculation
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Description: **Physics Problems and Solutions****Problem 1: Percentage Calculations**Consider the following percentages:A. 98.23 percentB. 113.10 percentC. 103.70 percentD. 94.76 percentE. 117.60 percentF. 108.20 percent---**Problem 2: Collision of Two Cans**A c

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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Topic Video

Question

**Physics Problems and Solutions**

**Problem 1: Percentage Calculations**
Consider the following percentages:

A. 98.23 percent
B. 113.10 percent
C. 103.70 percent
D. 94.76 percent
E. 117.60 percent
F. 108.20 percent

---

**Problem 2: Collision of Two Cans**
A can of Coke moving at 18.1 m/s toward the right (the positive direction) collides with a can of Pepsi moving at 4.36 m/s toward the left, and both cans are badly crunched. If the final velocity of the can of Coke is 5.63 m/s still toward the right, then what is the final velocity of the can of Pepsi? Assume the two cans have equal masses.

Options:
A. 6.26 m/s
B. 8.11 m/s
C. 7.74 m/s
D. 9.60 m/s
E. 9.33 m/s
F. 7.83 m/s

---

**Problem 3: Spacewalk Recoil Speed**
During a spacewalk, a 126 kg astronaut (including her spacesuit) is at rest and holding a 4.7 kg wrench. If she throws the wrench with a speed of 16 m/s, then what will be her recoil speed?

Options:
A. 0.6883 m/s
B. 0.4844 m/s
C. 0.5968 m/s
D. 0.6200 m/s
E. 0.5996 m/s
F. 0.4480 m/s

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