Task force veerus is trying to implement a community restriction by spinning a wheel of restriction with radius 100 [cm]. One of the ACZAR spins the wheel with all his might. If the ant at the edge of the wheel complete one revolution in one second, what is the ant centripetal acceleration? A. 6.3(m/s²] B. 39 [m/s] C. 630 [m/s³] D. 3900 [m/s] A particle moving in one dimension has an initial velocity of vo = -3.00 [m/s] i and constant acceleration of a = -0.500 [m/s2] i. Which of the following statements is/are true? I. After t = 2.00 [s), the particle will be located 7.00 [m] to the left of its initial position. II. The particle is initially moving to the left. III. The particle is slowing down. A. I only C. I and II only B. II only D. I, II, III
Task force veerus is trying to implement a community restriction by spinning a wheel of restriction with radius 100 [cm]. One of the ACZAR spins the wheel with all his might. If the ant at the edge of the wheel complete one revolution in one second, what is the ant centripetal acceleration? A. 6.3(m/s²] B. 39 [m/s] C. 630 [m/s³] D. 3900 [m/s] A particle moving in one dimension has an initial velocity of vo = -3.00 [m/s] i and constant acceleration of a = -0.500 [m/s2] i. Which of the following statements is/are true? I. After t = 2.00 [s), the particle will be located 7.00 [m] to the left of its initial position. II. The particle is initially moving to the left. III. The particle is slowing down. A. I only C. I and II only B. II only D. I, II, III
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter7: Rotational Motion And Gravitation
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Problem 12CQ: A child is practicing for a BMX race. His speed remains constant as he goes counterclockwise around...
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![Task force veerus is trying to implement a community restriction by
spinning a wheel of restriction with radius 100 [cm]. One of the ACZAR spins the wheel
with all his might. If the ant at the edge of the wheel complete one revolution in one second,
what is the ant centripetal acceleration?
A. 6.3[m/s²]
B. 39 [m/s°]
C. 630 [m/s³]
D. 3900 [m/s³]
A particle moving in one dimension has an initial velocity of vo = -3.00 [m/s] i
and constant acceleration of a = -0.500 [m/s2] i. Which of the following statements is/are
true?
I. After t = 2.00 [s), the particle will be located 7.00 [m] to the left of its initial position.
II. The particle is initially moving to the left.
III. The particle is slowing down.
C. I and II only
A. I only
В. II only
D. I, II, III](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F098d742f-a34b-4bfc-b39d-4ca2091a267c%2F87251e7d-514c-438f-95fa-af32aa24db7b%2Ff3cd1ib_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Task force veerus is trying to implement a community restriction by
spinning a wheel of restriction with radius 100 [cm]. One of the ACZAR spins the wheel
with all his might. If the ant at the edge of the wheel complete one revolution in one second,
what is the ant centripetal acceleration?
A. 6.3[m/s²]
B. 39 [m/s°]
C. 630 [m/s³]
D. 3900 [m/s³]
A particle moving in one dimension has an initial velocity of vo = -3.00 [m/s] i
and constant acceleration of a = -0.500 [m/s2] i. Which of the following statements is/are
true?
I. After t = 2.00 [s), the particle will be located 7.00 [m] to the left of its initial position.
II. The particle is initially moving to the left.
III. The particle is slowing down.
C. I and II only
A. I only
В. II only
D. I, II, III
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