A force T of 2.2kN is applied to the cable at D. The cable force holds the weight of the Pole which has a pin connection
Posted: Mon May 09, 2022 9:28 am
A force T of 2.2kN is applied to the cable at D. The cable
force holds the weight of the Pole which has a pin connection
at its end A. The cable is connected at C..
a) Draw a free body diagram of the pole BCA for the state of
equilibrium.
b) Calculate the magnitude of the force at A.
c) Calculate the diameter of the pin at A based for an allowable
shear stress of 50 MPa.
B Pole 1.0 m Cable 30° Pulley 5.0 m D 4.0 m (a) d ACB A Pin Pin support plates (b)
force holds the weight of the Pole which has a pin connection
at its end A. The cable is connected at C..
a) Draw a free body diagram of the pole BCA for the state of
equilibrium.
b) Calculate the magnitude of the force at A.
c) Calculate the diameter of the pin at A based for an allowable
shear stress of 50 MPa.
- A Force T Of 2 2kn Is Applied To The Cable At D The Cable Force Holds The Weight Of The Pole Which Has A Pin Connection 1 (125.57 KiB) Viewed 25 times