In the case of a vertical belt pulley drive with \[{{T}_{C}}\] as centrifugal tension and \[{{T}_{0}}\] as the initial tension, the belt would tend to hang clear of the lower pulley when:

In the case of a vertical belt pulley drive with \[{{T}_{C}}\] as cent

1.	In the case of a vertical belt pulley drive with \[{{T}_{C}}\] as centrifugal tension and \[{{T}_{0}}\] as the initial tension, the belt would tend to hang clear of the lower pulley when:
A.	\[{{T}_{c}}\]<\[{{T}_{0}}\]
B.	\[{{T}_{c}}\,=\,{{T}_{0}}/3\]
C.	\[{{T}_{c}}\]>\[{{T}_{0}}\]
D.	\[{{T}_{c}}\,=\,{{T}_{0}}/2\]
Answer» D. \[{{T}_{c}}\,=\,{{T}_{0}}/2\]

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In the case of a vertical belt pulley drive with \[{{T}_{C}}\] as centrifugal tension and \[{{T}_{0}}\] as the initial tension, the belt would tend to hang clear of the lower pulley when:

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