If the altitude of the sum is at `60o` , then the height of the vertical tower that will cast a shadow of length 30m is `30sqrt(3)m` (b) `15 m` (c) `(30)/(sqrt(3))m` (d) `15sqrt(2)m`

If the altitude of the sum is at 60o, then the height of the vertical tower that will cast a shadow of length 30m is 30sqrt(3)m(b)15m (c) (30)/(sqrt(3))m(d)15sqrt(2)m

If the altitude of the sun is at 60^@ , then the height of the vertical tower that will cast a shadow of length 30m is (a) 30sqrt(3)m (b) 15 m (c) (30)/(sqrt(3))m (d) 15sqrt(2)m

If altitude of the sun is 60^(@) , the height of a tower which casts a shadow of length 30 m is:

If altitude of the sun is 60 degrees, the height of a tower which casts a shadow of length 30 m is………….

The altitude of the sun( the angle of depression) is 60°. If a vertical tower casts a shadow of length 30 m then find the height of the tower.

The length of the longest rod that can be placed in a room of dimensions 10m xx10m xx5m is 15sqrt(3)(b)15(c)10sqrt(2) (d) 5sqrt(3)

If the angle of elevation of a tower from a distance of 100 metres from its foot is 60^@ , then the height of the tower is (a) 100sqrt(3)m (b) (100)/(sqrt(3))m (c) 50sqrt(3)m (d) (200)/(sqrt(3))m

If the angle of elevation of a tower from a distance of 100 metres from its foot is 60o , then the height of the tower is 100sqrt(3)m (b) (100)/(sqrt(3))m( c) 50sqrt(3)( d) (200)/(sqrt(3))m

If a tree 24 m high casts a shadow of 15 m, then the height of a pole that casts a shadow of 6 m under similar conditions is 9.6 m.