A particle moves in such a way that in the spherical polar coordinate system, its motion is described by the properties that 0 is constant, and r = r,e“. Both r, and e are constants. (a) Determine the condition on ɛ such that the particle's radial acceleration becomes zero. (b) When the radial acceleration is zero, is the radial velocity constant? [Caution. Write down the vector expressions for velocity and acceleration before you attempt a quick answer to this question].
A particle moves in such a way that in the spherical polar coordinate system, its motion is described by the properties that 0 is constant, and r = r,e“. Both r, and e are constants. (a) Determine the condition on ɛ such that the particle's radial acceleration becomes zero. (b) When the radial acceleration is zero, is the radial velocity constant? [Caution. Write down the vector expressions for velocity and acceleration before you attempt a quick answer to this question].
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![P2.14
A particle moves in such a way that in the spherical polar coordinate system, its motion is
described by the properties that 0 is constant, and r = re“. Both r, and e are constants.
(a) Determine the condition on ɛ such that the particle's radial acceleration becomes
zero. (b) When the radial acceleration is zero, is the radial velocity constant? [Caution. Write
down the vector expressions for velocity and acceleration before you attempt a quick answer
to this question].](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F70632d2f-3468-4e1c-81d3-d6bdcac3eb43%2F58c465f5-1cd2-46cc-9582-8ae4b279ae2b%2Fmcph0ho_processed.jpeg&w=3840&q=75)
Transcribed Image Text:P2.14
A particle moves in such a way that in the spherical polar coordinate system, its motion is
described by the properties that 0 is constant, and r = re“. Both r, and e are constants.
(a) Determine the condition on ɛ such that the particle's radial acceleration becomes
zero. (b) When the radial acceleration is zero, is the radial velocity constant? [Caution. Write
down the vector expressions for velocity and acceleration before you attempt a quick answer
to this question].
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