Question 4 A homogeneous slender rod AB of mass m and length L is held in...

Question

Question

Answer 1

Answer #1

Question- 4 – Solution Rod AB are constrain at point B means not free to sotate from top position B. I= moment of Innertia of

Answer 2

Similar Homework Help Questions

Motor at O is used to produce a moment M to rotate a mechanism shown in...

Motor at O is used to produce a moment M to rotate a mechanism shown in Figure Q4 in the vertical plane at a constant rate of θ 10 rad/s in the counter clockwise direction. The mechanism consists of a 1.5-kg small sphere which is rigidly welded to the bent arm OAB of negligible mass. a) Draw the free-body diagram and kinetic diagram of the mechanism. State the necessary assumptions. CO1/PO1/C2] (5 marks) b) Find the dynamic-force reaction at the...
6. The slender, homogeneous rod AB has a mass of 6 kg and rests on the...

6. The slender, homogeneous rod AB has a mass of 6 kg and rests on the cylinder as shown. The cylinder has a mass of 12 kg and a diameter of 15 mm. A horizontal force P is applied to the cylinder as shown. The coefficient of static friction (us) is 0.3 between the rod and the cylinder and between the cylinder and the ground. Determine the largest magnitude of P that can be applied to the cylinder while maintaining...
3 A homogeneous slender bar AB with length and mass M rotates around point A. At...

3 A homogeneous slender bar AB with length and mass M rotates around point A. At the position shown, bar AB has an angular velocity w = 0 and angular acceleration. The inertial force system could be A α F* w=0 M* B F* = MLa/2 M = M10/3 W a 0=0 "С M* B F = ML./2 M = M2/12 c. F* a o=0 C M* B 1* = ML0/2 M = ML°/12 F* α 0=0 с M* B

A 24 lb uniform slender rod AB of length L= 36 in is fixed to a...

A 24 lb uniform slender rod AB of length L= 36 in is fixed to a 12 lb uniform disk of radius, R= 12 in , and both are pinned at B as shown. A belt is attached to the rim of the disk and then to a spring with spring constant, k= 40 lb/in which holds the rod/disk at rest in the equilibrium position shown. natural period is 0.446 s If end A is displaced a distance of 0.9...
Question 4 The slender bars AB and BC of the linkage shown in Figure Q4 have...

Question 4 The slender bars AB and BC of the linkage shown in Figure Q4 have mass m and length I, and the collar C has mass m. A torsional spring at A which has a stiffiness of k, exerts a torque on the bar AB. Knowing that when o-0, the system is in equilibrium and the torsional spring which is attached to the slender bar AB is not twisted. If the system is perturbed a bit from equilibrium and...
A rod uniform and homogeneous AB of length L=4.00 m is attached to a wall as...

A rod uniform and homogeneous AB of length L=4.00 m is attached to a wall as shown and secured via a massless rope BC of length l=5.00 ml=5.00 m to the wall (see Fig. 4). A mass M1=40.0 kg is attached to the rod at B. The rod itself has a mass M=2.00 kg. Assume that the tension in the string is T. Hint - set up the two force equations (along x and y axes) and the torque equation....

A 3.5-kg slender rod AB and a 2-kg slender rod BC are connected by a pin at Band by the cord AC. The assembly can rota...

A 3.5-kg slender rod AB and a 2-kg slender rod BC are connected by a pin at Band by the cord AC. The assembly can rotate in a vertical plane under the combined effect of gravity and a couple M applied to rod BC. In the position shown, the angular velocity of the assembly is zero and the tension in cord AC is equal to 271 N. 400 mm 400 mm 300 mm A Problem 16.090.a - Rotation about a...
please show work. thank you 6. The slender, homogeneous rod AB has a mass of 6...

please show work. thank you 6. The slender, homogeneous rod AB has a mass of 6 kg and rests on the cylinder as shown. The cylinder has a mass of 12 kg and a diameter of 15 mm. A horizontal force Pis applied to the cylinder as shown. The coefficient of static friction () is 0.3 between the rod and the cylinder and between the cylinder and the ground. Determine the largest magnitude of P that can be applied to...
Motion

Motor at O is used to produce a moment M to rotate a mechanism shown in Figure Q4 in the vertical plane at a constant rate of 0 = 10 rad/s in the counter clockwise direction. The mechanism consists of a 1.5-kg small sphere which is rigidly welded to the bent arm OAB of negligible mass.a) Draw the free-body diagram and kinetic diagram of the mechanism. State the necessary assumptions.[CO1/PO1/C2] (5 marks)b) Find the dynamic-force reaction at the support and...

The 40kg uniform slender rod AB rests in the position shown when the constant couple moment of M ...

The 40kg uniform slender rod AB rests in the position shown when the constant couple moment of M is applied. Determine the magnitude of the moment M, so that 2 seconds after the start of the motion, the velocity of the center, G, will be 4 m/s. Neglect the mass of the rollers. The bar moves in the horizontal plane. Problem 6 (25 pts) The 40-kg uniform slender rod AB rests in the position shown when the constant couple moment...