10.) The graph to the right shows the force on a ball exerted by a wall. The 0.5 kg ball is initially moving to the left at a speed of 10 m/s. What is the velocity vector of the ball after this collision? 500 400 200 100 A) 8 m/s to the right B) 10 m/s to the right C) 14 m/s to the left D) 8 m/s to the left E) 14 m/s to the right O 002 004 0.06 0.08 01 Time (s) (N auo
10.) The graph to the right shows the force on a ball exerted by a wall. The 0.5 kg ball is initially moving to the left at a speed of 10 m/s. What is the velocity vector of the ball after this collision? 500 400 200 100 A) 8 m/s to the right B) 10 m/s to the right C) 14 m/s to the left D) 8 m/s to the left E) 14 m/s to the right O 002 004 0.06 0.08 01 Time (s) (N auo
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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Question
![10.) The graph to the right shows the force on a ball exerted by a
wall. The 0.5 kg ball is initially moving to the left at a speed of 10 m/s. What
is the velocity vector of the ball after this collision?
500
400
200
100
A) 8 m/s to the right
B) 10 m/s to the right
c) 14 m/s to the left
D) 8 m/s to the left
E) 14 m/s to the right
0.02 0.04 G.06 a.08 01
Time (s)
11.) A disk, a solid sphere, and a ring, all with radius 0.4 m and with masses of 2 kg, roll along
the path shown in the figure below. They all are initially rolling such that their center of mass velocities
are all equal to 3 m/s. Rank in order, from smallest to greatest, the heights that these shapes achieve on
the incline. (Assume friction is present to roll appropriately, but negligible enough to exclude otherwise.
They all start at the same position but are separated in the picture to demonstrate the differences in shape.)
A) haisk <h,phere < hing
B) haphere <hring < haisk
C) hing < haisk < haphere
D) haphere <hais < hing
E) haisk < hing < h.phere
12.) Two effectively massless pulleys are used to hold the two
masses at rest, as shown in the figure to the right. Rope segment C attaches
the leftmost pulley to the ceiling, while rope segment E anchors the
rightmost pulley to a sturdy ledge. Rope segment F is tied off on the
ceiling. What is the tension in rope segment E?
В
D
80 kg
A) 2940 N
B) 1960 N
C) 980 N
D) 490 N
E) ON
A
20 kg
(N) auo](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F70964c55-443d-4e5b-a0ef-4433c0b7324f%2F11e2af8f-d170-4d5a-87f5-5a153e9552bf%2Fgfklbxc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:10.) The graph to the right shows the force on a ball exerted by a
wall. The 0.5 kg ball is initially moving to the left at a speed of 10 m/s. What
is the velocity vector of the ball after this collision?
500
400
200
100
A) 8 m/s to the right
B) 10 m/s to the right
c) 14 m/s to the left
D) 8 m/s to the left
E) 14 m/s to the right
0.02 0.04 G.06 a.08 01
Time (s)
11.) A disk, a solid sphere, and a ring, all with radius 0.4 m and with masses of 2 kg, roll along
the path shown in the figure below. They all are initially rolling such that their center of mass velocities
are all equal to 3 m/s. Rank in order, from smallest to greatest, the heights that these shapes achieve on
the incline. (Assume friction is present to roll appropriately, but negligible enough to exclude otherwise.
They all start at the same position but are separated in the picture to demonstrate the differences in shape.)
A) haisk <h,phere < hing
B) haphere <hring < haisk
C) hing < haisk < haphere
D) haphere <hais < hing
E) haisk < hing < h.phere
12.) Two effectively massless pulleys are used to hold the two
masses at rest, as shown in the figure to the right. Rope segment C attaches
the leftmost pulley to the ceiling, while rope segment E anchors the
rightmost pulley to a sturdy ledge. Rope segment F is tied off on the
ceiling. What is the tension in rope segment E?
В
D
80 kg
A) 2940 N
B) 1960 N
C) 980 N
D) 490 N
E) ON
A
20 kg
(N) auo
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