The inclined plate shown in the sketch is supported by two hinges, B and C, attached to a vertical wall, and by a cable AD which exerts a force P= 1.72 kN at point A. The cable anchor, point D, lies in the y - Z plane. Hinge B can act as a thrust bearing, but C cannot. The weight of the plate acts at its -0.06 m 060 m 1.2 m -0.06 m 1.2 m centre G. 1 m (a) Write the force P as vector components. (b) plate and the reactións at hinge C. Determine the weight of the 0.72 m
The inclined plate shown in the sketch is supported by two hinges, B and C, attached to a vertical wall, and by a cable AD which exerts a force P= 1.72 kN at point A. The cable anchor, point D, lies in the y - Z plane. Hinge B can act as a thrust bearing, but C cannot. The weight of the plate acts at its -0.06 m 060 m 1.2 m -0.06 m 1.2 m centre G. 1 m (a) Write the force P as vector components. (b) plate and the reactións at hinge C. Determine the weight of the 0.72 m
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The inclined plate is shown in
Transcribed Image Text:The inclined plate shown in
the sketch is supported by two hinges, B and
C, attached to a vertical wall, and by a cable
AD which exerts a force P= 1.72 kN at point
A. The cable anchor, point D, lies in the y - Z
plane. Hinge B can act as a thrust bearing, but
C cannot. The weight of the plate acts at its
-0.06 m
060 m
1.2 m
-0.06 m
1.2 m
centre G.
1 m
(a)
Write the force P as vector
components.
(b)
plate and the reactións at hinge C.
Determine the weight of the
0.72 m
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