Two blocks A(mA = 5 kg) and B(mB= 15 kg) are placed as shown in Fig A variable force F = 20 starts actsing from time t = 0 on lower bolck B just large anough to Determine the force
Sahay Sir > Question Answers > Two blocks A(mA = 5 kg) and B(mB= 15 kg) are placed as shown in Fig A variable force F = 20 starts actsing from time t = 0 on lower bolck B just large anough to Determine the force
A thin uniform rod of length l and masses m rotates uniformly with an angularly velocity omega in a horizontal plane about a verticle axis passing through one of its ends determine the tension in the rot as a funtion of the distance x from the rotation axis
30
Aug
A thin uniform rod of length l and masses m rotates uniformly with an angularly velocity omega in a horizontal plane about a verticle axis passing through one of its ends determine the tension in the rot as a funtion of the distance x from the rotation axis Two blocks A(mA = 5 kg) and [...]
A metal ring of mass m and radius R is placed on a smooth horizontal table and is set rotating abut its own axis in such a way that each part of the ring moves with a speed v. Find the tension in the ring.
30
Aug
A metal ring of mass m and radius R is placed on a smooth horizontal table and is set rotating abut its own axis in such a way that each part of the ring moves with a speed v. Find the tension in the ring. Two blocks A(mA = 5 kg) and B(mB= 15 kg) [...]
Consider the situation shown in Fig The horizontal surface below the bigger block is smooth the coefficient of friction between the block is mu find the minimum and the maximum force F that can be applied in order to keep the smaller blocks at rest with respect to the bigger block
30
Aug
Consider the situation shown in Fig The horizontal surface below the bigger block is smooth the coefficient of friction between the block is mu find the minimum and the maximum force F that can be applied in order to keep the smaller blocks at rest with respect to the bigger block Two blocks A(mA = [...]
A block of mass m1 = 20 kg as placed on a wedge of mass m2 = 30 kg rest on a smooth flooras shpwn in Fig (a) . Friction exists between block and wedge. a. Find the acceleration of each block if (i) F = 180 N and (ii) F = 400 N b. Solve the problem if force F = 180 N is direction upwards as shown in Fig (b)
30
Aug
A block of mass m1 = 20 kg as placed on a wedge of mass m2 = 30 kg rest on a smooth flooras shpwn in Fig (a) . Friction exists between block and wedge. a. Find the acceleration of each block if (i) F = 180 N and (ii) F = 400 N b. [...]
Two blocks A(mA = 5 kg) and B(mB= 15 kg) are placed as shown in Fig A variable force F = 20 starts actsing from time t = 0 on lower bolck B just large anough to Determine the force
30
Aug
Two blocks A(mA = 5 kg) and B(mB= 15 kg) are placed as shown in Fig A variable force F = 20 starts actsing from time t = 0 on lower bolck B just large anough to Determine the force Two blocks A(mA = 5 kg) and B(mB= 15 kg) are placed as shown in [...]