A player sitting on the top of a tower of height 20 m observes the angle of depression of a ball lying on the ground as `60^@`. Find the distance between the foot of the tower and the ball. `(Take sqrt 3 = 1.732)`.

From the top of a tower 180 m high, it was observed that the angle of depression of the bottom of a cat sitting on the ground was 30^(@) . Find the distance of the cat from the foot of the tower.

The angle of depression of a ship from the top a tower of height 50 m is 30^(@) . Find the horizontal distance between the ship and tower.

The angle of depression of a point on the ground from the top of a tree is 60^(@) . Lowering down 20 m from the top, the angle of depression changes to 30^(@) . Find the distance between the point and the foot of the tree. Also find the height of the tree.

From the top of a 7m high building,the angle of elevation of the top of a tower is 60 and the angle of depression of the foot of the tower is 30. Find the height of the tower.

From the top of a 10 m high building, the angle of elevation of the top of a tower is 60^@ and the angle of depression of its foot is 45^@ . Find the height of the tower

From the top of a building 60m high the angles of depression of the top and the bottom of a tower are observed to be 30^(@) and 60^(@). Find the height of the tower.

From the top of a building 60m high the angles of depression of the top and the bottom of a tower are observed to be 30o and 60o. Find the height of the tower.

From the top of a 60 m high building, the angles of depression of the top and the bottom of a tower are 45^(@) and 60^(@) respectively. Find the height of the tower. [Take sqrt(3)=1.73 ]

From the top of a cliff, 200m high, the angle of depression of the top and bottom of a tower are observed to be 30^(@) and 60^(@) , find the height of the tower.