For the follower with stroke S, following the cycloidal motion, the radius of the rolling circle will be

For the follower with stroke S, following the cycloidal motion, the ra

1.	For the follower with stroke S, following the cycloidal motion, the radius of the rolling circle will be
A.	S × 2π
B.	\(\dfrac{S}{{2\pi }}\)
C.	\(\dfrac{{2\pi }}{S}\)
D.	S + 2π
Answer» C. \(\dfrac{{2\pi }}{S}\)

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For the follower with stroke S, following the cycloidal motion, the radius of the rolling circle will be

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