Home
Class 12
PHYSICS
In the figure shown, blocks P and Q are ...

In the figure shown, blocks `P` and `Q` are in contact but do not stick to each other. The lower face of `P` behaves as a plane mirror. The springs are in their natural lengths. The system is released from rest. Then the distance between `P` and `Q` when `Q` is at the lowest point first time will be

Promotional Banner

Similar Questions

Explore conceptually related problems

The net resistance between points P and Q in the circuit shown in figure is

The net resistance between points P and Q in the circuit shown in figure is

The equivalent inductance between points P and Q in the figure is :

The equivalent inductance between points P and Q in the figure is

The equivalent inductance between points P and Q in the figure is :

The equivalent inductance between points P and Q in the figure is

The distance between the co - ordinate of points (p,q) from the origin :

In the above question, the velocity of the image of Q in plane mirror of block P with respect to ground when Q is at the lowest point first time is:

In the above question, the velocity of the image of Q in plane mirror of block P with respect to ground when Q is at the lowest point first time is:

The equivalent capacitance between points P and Q of the combination shown in figure is