3. Using the same four FBD choices shown in the previous problem, which is most likely to be an object with zero net force acting on it? Best answer: Explain your reasoning:

Physics for Scientists and Engineers with Modern Physics
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Author:Raymond A. Serway, John W. Jewett
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Chapter5: The Laws Of Motion
Section: Chapter Questions
Problem 25P: An object of mass m1 hangs from a string that passes over a very light fixed pulley P1 as shown in...
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I need help with answer 3

Arlal
3日回-|=-| 三|m 、m、E E|X|
100% Normal text
12
BIUA
***
2. Which of the following FBD's (Free-Body Diagrams) is most likely to represent an object that is
accelerating upward?
(A)
(B)
(C)
(D)
+.t.+.t.
Best answer: A
Explain your reasoning: The length of the vector represents its magnitude and arrows are
given a diagram of the force. The free body diagram in which the vector in the vertical
direction is of the greatest lengths is the one which is accelerating upward. Because the
resultant force in upward directions accelerates it.
3. Using the same four FBD choices shown in the previous problem, which is most likely to be an
object with zero net force acting on it?
Best answer:
Explain your reasoning:
Transcribed Image Text:Arlal 3日回-|=-| 三|m 、m、E E|X| 100% Normal text 12 BIUA *** 2. Which of the following FBD's (Free-Body Diagrams) is most likely to represent an object that is accelerating upward? (A) (B) (C) (D) +.t.+.t. Best answer: A Explain your reasoning: The length of the vector represents its magnitude and arrows are given a diagram of the force. The free body diagram in which the vector in the vertical direction is of the greatest lengths is the one which is accelerating upward. Because the resultant force in upward directions accelerates it. 3. Using the same four FBD choices shown in the previous problem, which is most likely to be an object with zero net force acting on it? Best answer: Explain your reasoning:
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