Find the degrees of freedom in each of the following situations. Fully justify your answer. a. Consider a bead that is threaded on a rigid circular hoop of radius R lying in the XY-plane with its center at O. b. A particle is confined to move on the surface of a circular cone with its axis on the z-axis, vertex at the origin (pointing down), and half-angle a.
Find the degrees of freedom in each of the following situations. Fully justify your answer. a. Consider a bead that is threaded on a rigid circular hoop of radius R lying in the XY-plane with its center at O. b. A particle is confined to move on the surface of a circular cone with its axis on the z-axis, vertex at the origin (pointing down), and half-angle a.
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![Find the degrees of freedom in each of the following
situations. Fully justify your answer.
a. Consider a bead that is threaded on a rigid circular hoop
of radius R lying in the XY-plane with its center at O.
b. A particle is confined to move on the surface of a circular
cone with its axis on the z-axis, vertex at the origin (pointing
down), and half-angle a.
C. A simple planar pendulum is suspended from the roof of
a railroad car that is being forced to oscillate back and forth
so that the point of suspension of the pendulum from the
roof has a sinusoidal position dependence with respect to
the horizontal position coordinate.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F24f603a3-f579-42ab-b903-c864a0bec852%2Fe76eaefd-31e4-47fe-b21f-2dd20af031fd%2Fpfaebt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Find the degrees of freedom in each of the following
situations. Fully justify your answer.
a. Consider a bead that is threaded on a rigid circular hoop
of radius R lying in the XY-plane with its center at O.
b. A particle is confined to move on the surface of a circular
cone with its axis on the z-axis, vertex at the origin (pointing
down), and half-angle a.
C. A simple planar pendulum is suspended from the roof of
a railroad car that is being forced to oscillate back and forth
so that the point of suspension of the pendulum from the
roof has a sinusoidal position dependence with respect to
the horizontal position coordinate.
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