A point object is moving with a speed v
before an arrangement of two mirrors as shown in
figure. Find the magnitude of velocity of image in
mirror `M_1` with respect to image in mirror `M_(2)`

A point object is moving with a speed V in front of an arrangement of two mirrors as show in figure. If the velocity of image in mirror M_1 with respect to image in mirror M_2 is n(v sin theta) , find n

Find the image of the point with respect to line mirror.

An object moves with 5ms^(-1) toward right while the mirror moves with 1ms^(-1) toward the left as shown in Figure. Find the velocity of image.

A point is placed in front of thick plane mirror as shown in figure. Find the location of final image w.r.t. object.

An object and a plane mirror are shown in figure. Mirror is moved with velocity V as shown. The velocity of image is : .

A linear object is placed along the axis of a mirror as shown in figure. If 'f' is the focal length of the mirror then the length of image is-

Mirror is moving towards the particle with speed 2 cm/sec. Speed of A ad B are 10sqrt(2) and 5 cm/sec respectively in the direction shown in figure. Magnitude of velocity of image of the particle B with respect to image of A.

In the diagram shown, all the velocities are given with respect to earth. What is the relative velocity of the image in mirror (1) with respect to the image in the mirror (2) ? The mirror (1) forms an angle beta with the vertical.