Block A of weight 500 N and block B of w...

Block `A` of weight `500 N` and block `B` of weight `700 N` are connected by rope pulley system as shown. The largest weight `C` that can be suspended without moving block `A` and `B` is `W`. The coefficient of friction for all plane surfaces of contact is `0.3`. The pulleys are ideal. Find `(W)/(90)`.

Text Solution

Verified by Experts

The correct Answer is:

`3T+0.3xx1200=m_(c)g=W` and `T=mu(500)=0.3xx500`
`W=m_(0)g=810N`.

Topper's Solved these Questions

NUCLEAR PHYSICS
RESONANCE|Exercise Advanced level solutions|16 Videos
SEMICONDUCTORS
RESONANCE|Exercise Exercise 3|88 Videos

Similar Questions

Explore conceptually related problems

What is the largest mass of C in kg that can be suspended without moving blocks A and B ? The static coefficent of friction for all plane surface of contact is 0.3 Mass of block A is 50 kg and block B is 70 kg . Neglect feriction in the pulleys.

Determine the force P required to impend the motion of the block B shown in figure. Take coefficient of friction = 0.3 for all surfaces in contact.

Block A weights 4 N and block B weights 8 N. The coefficient of kinetic friction is 0.25 for all surfaces. The force F to slide B at a constant speed, when A rests on B and moves with it, is

A block of weight w rests on a horizontal plane. A force P inclined at an angle theta to the plane is applied to the block until it is on the of motion. Find the value of coefficient of friction.

Block A has a weight of 3000 N and block B has a weight of 500 N . Determine the distance that A must descend from rest before it obtains a speed of 2.5 m//s . Neglect the mass of the cord and pulleys. .

Two blocks are connected by an inextensible string as shown. The pulley is fixed. If block A moves down with speed v, find the velocit of block B at instant.

In the system shown, the blocks A,B and C are of weight 4W, W and W respectively. The system set free. The tension in the string connecting the blocks B and C is

Two blocks are connected over massless pulley as shown in figure. The mass of block Ais 10 kg and the coefficient of kinetic friction is 0.2 .Block A sliders down the incline at constant speed. The mass of block B in kg is

RESONANCE-REVISION DPP-All Questions

A man starts walking on a circular track of radius R. First half of th...
Text Solution
|
Two blocks of masses 8kg and 6kg are connected with a string & placed ...
Text Solution
|
Block A of weight 500 N and block B of weight 700 N are connected by r...
Text Solution
|
O is a point at the bottom of a rough plane inclined at an angle alpha...
Text Solution
|
A block B of mass 10 kg is placed on smooth horizontal surface over it...
Text Solution
|
Block A of mass m is placed on a plank B. A light support S is fixed o...
Text Solution
|
Mass m shown in figure is in equilibrium. If it is displaced further b...
Text Solution
|
Both the blocks shown in figure have same mass 'm'. All the pulley and...
Text Solution
|
Two cars C(1) & C(2) are moving in parallel lanes in the same directio...
Text Solution
|
A man is standing on a road and observes that rain is failing at angle...
Text Solution
|
Two blocks A and B of equal mass m are connected through a massless st...
Text Solution
|
In the figure shown , A and B are free of to move. All the surfaces ar...
Text Solution
|
In given arrangement, 10 kg and 20 kg blocks are kept at rest on two f...
Text Solution
|
The system shown is in limiting equilibrium. The coefficient of fricti...
Text Solution
|
A small body is projected with a velocity of 20.5 ms^(-1) along rough ...
Text Solution
|
Position (in m) of a particle moving on a straight line varies with ti...
Text Solution
|
A block of 7 kg is placed on a rough horizontal surface and is pulled ...
Text Solution
|
The block of mass m(1) is placed on a wedge of an angle theta, as show...
Text Solution
|
One has to throw a particle from one side of a fixed sphere, in a diam...
Text Solution
|
In the situation shown coefficient of friction between A and B is 0.5 ...
Text Solution
|