CameraIcon

SearchIcon

MyQuestionIcon

1

You visited us 1 times! Enjoying our articles? Unlock Full Access!

Free Body Diagrams

A rod AB rest...

Question

A rod AB rests with the end A on rough horizontal ground, such that end A is prevented from sliding to the right. End B rests on smooth vertical wall. The rod is uniform and its weight is W. If the rod is in a stationary position as shown in figure, the number of forces acting in the FBD of rod is/are

Open in App

Solution

The direction of normal reaction at points A and B is taken perpendicular to the wall/ground and pushing outwards. Forces at A and B are shown in the figure. Note that the force (f_A) at A is to the left as this point tends to move to the right.

Suggest Corrections

thumbs-up

0

Similar questions

A B

rests with the end

A

on rough horizontal ground such that end A is prevented from sliding to the right. And the end B against a smooth vertical wall. The rod is uniform and of weight

W

. If the rod is in a stationary position as shown in figure, the number of forces acting in the FBD of rod is/are?

AB

rests with the end

A

on rough horizontal ground such that end

A

is prevented from sliding to the right. And the end

B

against a smooth vertical wall. The rod is uniform and of weight

W

. If the rod is in a stationary position as shown in figure, the number of forces acting in the FBD of rod is/are ?

A B

rests with the end

A

on rough horizontal ground and the end

B

against a smooth vertical wall. The rod is uniform and of weight

W

. If the rod is in equilibrium in the position shown in figure. Find normal reaction at

B

.

Q. A rod of length is sliding such that one of its ends is always in contact with a vertical wall and its other end is always in contact with horizontal surface. Just after the rod is released from rest, the magnitude of acceleration of end points of the rod is

a

b

respectively. The angular acceleration of rod at this instant will be:

Q. A rod AB is placed inside a hollow spherical shell as shown in figure. A force acts between the rod and the shell to prevent the point B from sliding down and another force at A to prevent it from going up. The number of forces to be shown in FBD of the rod is/are

View More

Join BYJU'S Learning Program

similar_icon

Related Videos

lock

Losing Weight Using Physics

PHYSICS

Watch in App

explore_more_icon

Explore more

Free Body Diagrams

Standard XII Physics

Join BYJU'S Learning Program

CrossIcon