A disco ball hangs off of two support beams at a nightclub. The supporting cables are symmetric, in that they have equal length and equal angle with respect to vertical. There is a 40 degree opening angle between the two cables. (a) Draw a free body diagram for the disco ball. (b) What value of tension in the cables, Ft, will support the weight of the ball and hold it in static equilibrium?
A disco ball hangs off of two support beams at a nightclub. The supporting cables are symmetric, in that they have equal length and equal angle with respect to vertical. There is a 40 degree opening angle between the two cables. (a) Draw a free body diagram for the disco ball. (b) What value of tension in the cables, Ft, will support the weight of the ball and hold it in static equilibrium?
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Transcribed Image Text:A disco ball hangs off of two support beams at a nightclub. The supporting cables are
symmetric, in that they have equal length and equal angle with respect to vertical.
There is a 40 degree opening angle between the two cables.
(a) Draw a free body diagram for the disco ball.
(b) What value of tension in the cables, Ft, will support the weight of the ball and
hold it in static equilibrium?
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