When a person moves towards a mirror with velocity 3v, by which velocity his image moves relative to himself ?
STATEMENT -1 : when an object moves towards a plane mirror with a certain velocity, its image will also move with same velocity. and STATEMENT - 2 : The distance from mirror to image is equal to distance of object from mirror.
As an object moves towards a convex mirror, the image
Assertion : When the object moves with a velocity vec(v ) , its image in the plane mirror moves with a velocity of -5 vec( v ) . With respect to the object , Reason : the minimum height of the mirror to be required to see the full image of man of height h is (h)/(3)
An object is moving towards a convex mirror with a constant velocity. P is the pole of mirror.
An object of mass m is moving with velocity ữ towards a plane mirror kept on a stand as shown in the figure. The mass of the mirror and stand system is m. A head- on elastic collision takes place between the object and the mirror stand the velocity of image before and after the collision is
A person walks at a velocity v in a straight line forming an angle theta with the plane of a plane mirror. With what velocity v_(rel) the apporaches his image ?