30. A squid propels itself forward by pushing water backward. Why does this occur?

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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II
ats Homework Assignment Summary Chap
ter 3_questions
t Automatic Zoom
个4
of 2
1.
13. A boxer ca
eavy bag with a great force. Why can t he hit a sheet of newspaper in
midair witi.
same amount of force?
30. A squid propels itself forward by pushing water backward. Why does this occur?
37. In Chapter 29, acceleration is defined as a = Au. Use this formula to show that the
acceleration of a cart on an inclined plane that gains 6.0 m/s each 1.2 s is 5.0 mn/s².
38. In this chapter, we learned that the cause of acceleration is given by Newton's second law:
a = Fnetm. Show that the 5.0-m/s? acceleration in Exercise 37 can result when a 15-N net
force is exerted on a 3.0-kg cart. (Note: The unit N/kg is equivalent to m/s².)
41. Four boxes of different masses are on a friction-free, level table. From greatest to least,
rank the (a) net forces on the boxes and (b) accelerations of the boxes.
A
B.
N OL
5 kg
NOL
10 kg
NOL
5 kg
15 N
15 N
D.
20 kg
42. Consider a 100-kg box of tools in locations A, B, and C. Rank from greatest to least the (a)
masses of the 100-kg box of tools and (b) weights of the 100-kg box of tools.
Jupiter
Earth
Transcribed Image Text:II ats Homework Assignment Summary Chap ter 3_questions t Automatic Zoom 个4 of 2 1. 13. A boxer ca eavy bag with a great force. Why can t he hit a sheet of newspaper in midair witi. same amount of force? 30. A squid propels itself forward by pushing water backward. Why does this occur? 37. In Chapter 29, acceleration is defined as a = Au. Use this formula to show that the acceleration of a cart on an inclined plane that gains 6.0 m/s each 1.2 s is 5.0 mn/s². 38. In this chapter, we learned that the cause of acceleration is given by Newton's second law: a = Fnetm. Show that the 5.0-m/s? acceleration in Exercise 37 can result when a 15-N net force is exerted on a 3.0-kg cart. (Note: The unit N/kg is equivalent to m/s².) 41. Four boxes of different masses are on a friction-free, level table. From greatest to least, rank the (a) net forces on the boxes and (b) accelerations of the boxes. A B. N OL 5 kg NOL 10 kg NOL 5 kg 15 N 15 N D. 20 kg 42. Consider a 100-kg box of tools in locations A, B, and C. Rank from greatest to least the (a) masses of the 100-kg box of tools and (b) weights of the 100-kg box of tools. Jupiter Earth
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