Take F = 320 N and d = 1.0 m. (Figure 1) Figure 1.5 m B C -2 m D F 1 of 1 > Part A Determine the force in cable AC needed to hold the 21-kg ball D in equlibrium. Express your answer to two significant figures and include the appropriate units. FAC = Submit Part B Value Request Answer Submit O ▼ Determine the force in cable AB needed to hold the 21-kg ball D in equlibrium. Express your answer to two significant figures and include the appropriate units. μA FAB = Value Units Request Answer wwwww Units ? ww ?

A T₁ Co B S T₂ C L₂ T3 L3 T4 O The image above shows a solid shaft with various torques applied in the directions shown. The values for each torque are as follows: T₁ = 800 N•m, T₂ = 600 N.m, T3 = 400 N·m, and T4 = 200 N·m. The values for the maximum shear stress in each section are as follows: TAB = 75 MPa, TBC = 90 MPa, and TCD = 100 MPa. Find the minimum allowable shaft diameter.

please sir solve accurate and fast. ( of possible solve compyuterised) THANKS   a 30m weighing 0.900kg has a cross-sectional area 0.0485cm^2. the tape measures 30.000m when supported throughout under a tension of 5kg. the modulus of elasticity is 2.1x10^6kg/cm. what tension is required to make the tape measure 30m when supposed only at the two ends?

DO ONLY A. I WANT IT TYPEWRITTEN. I'LL UPVOTE ONLY IF TYPEWRITTEN. THANK YOU. DON'T ANSWER IF YOU ALREADY ANSWERED THIS