The following two equations are associated with the particle in the uniform circular motion model. 2ar T = V (2) Combine these two equations to obtain an expression for the rotation rate of the centrifuge, . Choose the correct answer below. 4xr = a 4x?r a, 1 1 a none of the above
The following two equations are associated with the particle in the uniform circular motion model. 2ar T = V (2) Combine these two equations to obtain an expression for the rotation rate of the centrifuge, . Choose the correct answer below. 4xr = a 4x?r a, 1 1 a none of the above
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![The following two equations are associated with the particle in the uniform circular motion model.
2ar
T =
V
(2) Combine these two equations to obtain an expression for the rotation rate of the centrifuge, .
Choose
the correct answer below.
4xr
=
a
4x?r
a,
1
1
a
none of the above](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faa6a6932-dbe6-40cf-aaf9-0a33dd3648c6%2Fe58b3e31-7f42-45dc-b70b-b1807fc1073f%2Fknz5nb_processed.png&w=3840&q=75)
Transcribed Image Text:The following two equations are associated with the particle in the uniform circular motion model.
2ar
T =
V
(2) Combine these two equations to obtain an expression for the rotation rate of the centrifuge, .
Choose
the correct answer below.
4xr
=
a
4x?r
a,
1
1
a
none of the above
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