

If a 500lb rod that is 54 inches long is rotating at a pin at 4 rad/s^2, how can i find its linear and angular velocity? the radius of gyration is 38 in
Determine the reaction forces at pin B, pin C, and pin D. Draw the free body diagrams for bar 2. AC and bar CE. Make sure all forces are pointing in the correct direction. 250 N 2 m В 2 m E A 1.5 m1.5 m 1.5 m-1.5 m-
A) Find the reaction forces a fixed support (point a), the pin
at point c and the roller at point d.
B) Draw the stress and bending moment diagrams.
200kn iskin m 30kw/m 1 45KN Ami Am, 3m
find the reaction at pin A and C using method of
members:
2. find the reaction at pin A and C using method of memebrs: (30 marks) -- 2 B 10 lb 4' 77 CS Scanned Win Care 1' 3' 1.5'
3) a) Find the reaction forces at A b) Determine the reaction forces and moments at B c) Find the displacement at 1/2 d) Find the rotation at 1/2 W(x) = wo sin (6)
For the crane assembly shown, determine the reaction forces at the fixed support A and the pin at C.
calculate the tension in cable and reaction forces at pin
For the structure loaded as shown below, calculate the tension in cable A? and the reaction forces at pin C for the case where L = 9 ft. (Ans. ?_AB = 6, 743.67 lb. C_x = 6.111.84 lb. C_y = 1.250.00 lb)
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Find the reaction forces at A and B. A is a pin joint and provides a reaction force in both X and Y. B is a roller joint and provides a reaction force only in the y direction. Please show your work. in both X and Y. Bisa 900 N/m 300 N/m 250 N/m JB 3 m— + 1.5 m --
Detenuine the intemal forces and 60 lb/ft at A for the loodings (a) and (b) 5 ft 3 0 4 m The left support is a pin and the right support is a roller
Detenuine the intemal forces and 60 lb/ft at A for the loodings (a) and (b) 5 ft 3 0 4 m The left support is a pin and the right support is a roller
Instead of diameter at pin C, calculate diameter at pin B
4mt 1. 3 m Find - Diameter a - Stress at bar 1&2 at pinc C 2 m 0 В. Pinat B roller at A Safety factor=3