Knowing that p = 0.30, determine the acceleration of each block when ma = mg=mc (Round...
The three blocks shown move with constant velocities. Find the velocity of each block, knowing that the relative velocity of A with respect to C is 400.00 mm/s upward and that the relative velocity of B with respect to A is 250.00 mm/s downward. (Round the final answer to two decimal places.) D A B. The velocity of block A is The velocity of block B is The velocity of block C is mm/s 1. mm/s. mm/s 1.
Three cables are connected at A, where the forces P and Q are applied as shown. Determine the tension in each cable knowing that P = 3180 N and Q = 0. (Round the final answers to two decimal places )
Knowing that crank AB rotates about point A with a constant angular velocity of 970 rpm clockwise, determine the acceleration of the piston P when θ= 60°. (Round the final answer to two decimal places.) 150 mm 50 mm 72.88 m/s The acceleration of the piston P when θ = 60° is .
given: the block B with mass mb lies on a block A (mass ma),
that lies on a table with no friction. between blocks A and B is
there a static friction force. A light rope, goes from block A to a
massless, fictionless pulley, to a hanging block C (mass mc).
asked: determine the acceleration of block C when the system was
initially at rest has been let go in function of the masses (abc)
and g. also determine...
Knowing that the tension in cable AC of the system is
400 N, determine the magnitude of the force P.
(Round the final answer to two decimal places.)
Knowing that the tension in cable AC of the system is
400 N, determine the weight W of the container. (Round the
final answer to two decimal places.)
A container of weight Wis suspended from ring A, to which cables AC and AE are attached. A force P is applied to the...
Knowing that crank AB rotates about point A
with a constant angular velocity of 950 rpm clockwise, determine
the acceleration of the piston P when θ = 120°.
(Round the final answer to the nearest whole number.)
The acceleration of the piston P when θ = 120°
is ____ m/s2 ↑.
Knowing that crank AB rotates about point A with a constant angular velocity of 950 rpm clockwise, determine the acceleration of the piston Pwhen 0 = 120°. (Round the...
and its linear acceleration is Questions 16-17: Block A ma = 5.00 kg, and block B has a mass me = 5.00 kg underwent a head of collision. After the collision they stick together and moved at unknown speed. The initial speeds of Block A and Block B are 5 m/s respectively. Block A was moving to the right and Block B was moving to the left 16) Calculate the final speed of the two after the collision (5pts) 17)...
In the figure there are two scenarios. On the left, block A and block B have a mass of mĄ and mg respectively with mA< MB. The pulley can be treated as a disk, with radius r and a mass of mc. You can neglect the mass of the rope and assume no slipping on the pulley. On the right, block B is replaced with a force F. Determine the F such that block A in both scenarios has the...
Knowing that P= 5 kN, determine the factor safety for the structure shown. Use E = 200 GPa and consider only buckling in the plane of the structure. Round the final answer to two decimal places.) 70 22-mm diameter 1.2 m 18-mm diameter 1,2 m The factor safety for the structure is
Problem 3: Determine the acceleration of block B, acceleration of block A, and the tension in the cable if the system is released from rest. The coefficient of static and kinetic friction between block A and the wedge surface are js = 0.2 and uk = 0.15, respectively. Neglect masses of the pulleys and associated friction in the pulleys. Consider ma = 15 kg and mp = 8 kg. FBDs and kinetic diagrams for blocks A and B is mandatory....