For this part, answer 013 and A cat wants to sit on the top of a refrigerator of 1.0 m height. The cat starts her jump from the floor d= 0.8 m away from the refrigerator as shown. She land 0.5 s later on the top of the refrigerator. What is the horizontal component of her velocity? A. -1.61 m/s B. -1.41 m/s C.-1.8 m/s D. -201 m/s 4: What is the vertical component of her initial velocity? A. 4.651 m/s B. 4.851 m/s C. 4.45) m/s D. 4.051 m/s

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ISBN:9781305952300
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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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For
this part, answer 013 and 0 14
A cat wants to sit on the top of a refrigerator of 1.0 m height. The cat starts her jump from the
floor d= 0.8 m away from the refrigerator as shown. She land 0.5 s later on the top of the
refrigerator.
What is the horizontal component of her velocity?
A. -1.61 m/s
B. -1.41 m/s
C. -1.81 m/s
D. -2.01 m/s
4: What is the vertical component of her initial velocity?
A. 4.651 m/s
B. 4.851 m/s
C. 4.45 m/s
D. 4.051 m/s
15 Your Physics 101 textbook has a mass M = 4 kg. It rests on a level library table. If the coefficient
of static friction between the table and the book is = 0.44, how much force must you appl
to start the book moving?
A. 15.7N
B. 17.2N
C. 18.8 N
D. 20.4 N
Push
A. +10 m/s
B. -5.0 m/s
C +5.0 m/s
D. -10 m/s
PHYS 201
216 The position-versus-time graph for an object moving along the x-axis is shown.
Find the velocity of the object at 3.0 s.
x (m)
20-
10-
0+
0
A
Transcribed Image Text:For this part, answer 013 and 0 14 A cat wants to sit on the top of a refrigerator of 1.0 m height. The cat starts her jump from the floor d= 0.8 m away from the refrigerator as shown. She land 0.5 s later on the top of the refrigerator. What is the horizontal component of her velocity? A. -1.61 m/s B. -1.41 m/s C. -1.81 m/s D. -2.01 m/s 4: What is the vertical component of her initial velocity? A. 4.651 m/s B. 4.851 m/s C. 4.45 m/s D. 4.051 m/s 15 Your Physics 101 textbook has a mass M = 4 kg. It rests on a level library table. If the coefficient of static friction between the table and the book is = 0.44, how much force must you appl to start the book moving? A. 15.7N B. 17.2N C. 18.8 N D. 20.4 N Push A. +10 m/s B. -5.0 m/s C +5.0 m/s D. -10 m/s PHYS 201 216 The position-versus-time graph for an object moving along the x-axis is shown. Find the velocity of the object at 3.0 s. x (m) 20- 10- 0+ 0 A
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