A man of height H is standing in front of an inclined plane mirror at an angle `theta` from horizontal. The vertical separation between man and inclined plane is x. Man can see its complete image in length `(H(H+x)"sin"theta)/(H +2x)` of mirror .
(Given : x = H = 1m and `theta = 45^(@)`)

If man starts moving with velocity `1 ms^(-1)` horizontally, find out length of mirror at t=1s in which he can see his complete image.

A man of height H is standing in front of an inclined plane mirror at an angle theta from horizontal. The vertical separation between man and inclined plane is x. Man can see its complete image in length (H(H+x)"sin"theta)/(H +2x) of mirror . (Given : x = H = 1m and theta = 45^(@) ) If man starts moving with velocity 1 ms^(-1) along vertical, find out length of mirror at t = 1s in which he can see his complete image.

A man of height H is standing in front of an inclined plane mirror at an angle theta from horizontal. The vertical separation between man and inclined plane is x. Man can see its complete image in length (H(H+x)"sin"theta)/(H +2x) of mirror . (Given : x = H = 1m and theta = 45^(@) ) If man starts moving with velocity 1 ms^(-1) along vertical, find out length of mirror at t = 1s in which he can see his complete image.

A man of height H is standing in front of an inclined plane mirror at an angle theta from horizontal. The vertical separation between man and inclined plane is x. Man can see its complete image in length (H(H+x)"sin"theta)/(H +2x) of mirror . (Given : x = H = 1m and theta = 45^(@) ) If man starts moving with velocity 1 ms^(-1) along vertical, find out length of mirror at t = 1s in which he can see his complete image.

A man of height H is standing in front of an inclined plane mirror at an angle theta from horizontal. The vertical separation between man and inclined plane is x. Man can see its complete image in length (H(H+x)"sin"theta)/(H +2x) of mirror . (Given : x = H = 1m and theta = 45^(@) ) If man starts moving with velocity sqrt(2)ms^(-1) along inclined plane, find out length of mirror at t = 1s in which he can see his complete image,

A man of height H is standing in front of an inclined plane mirror at an angle theta from horizontal. The vertical separation between man and inclined plane is x. Man can see its complete image in length (H(H+x)"sin"theta)/(H +2x) of mirror . (Given : x = H = 1m and theta = 45^(@) ) If man starts moving with velocity sqrt(2)ms^(-1) along inclined plane, find out length of mirror at t = 1s in which he can see his complete image,

A man of height H is standing in front of an inclined plane mirror at an angle theta from horizontal. The vertical separation between man and inclined plane is x. Man can see its complete image in length (H(H+x)"sin"theta)/(H +2x) of mirror . (Given : x = H = 1m and theta = 45^(@) ) If man starts moving with velocity sqrt(2)ms^(-1) along inclined plane, find out length of mirror at t = 1s in which he can see his complete image,

A man standing in front of a plane mirror finds his image at a distance 6 metre from himself. What is the distance of man from the mirror?

A man standing in front of a plane mirror finds his image at a distance 6 metre from himself. What is the distance of man from the mirror?

A man goes 80 m on an inclined cliff inclined at 45^(@) from the horizontal. Find the vertical height of the man from the ground.

A man goes 80 m on an inclined cliff inclined at 45^(@) from the horizontal. Find the vertical height of the man from the ground.