Rinky observes a flower on the ground from the balcony of the first floor of a building at an angle of depression `beta^(@)`. The height of the first floor of the building is x meters. Draw the diagram for this data.

A large balloon has been tied with a rope and it is floating in the air. A person has observed the balloon from the top of a building at angle of elevation of theta_(1) and foot of the rope at an angle of depression of theta_(2 ) . The height of the building is h feet. Draw the diagram for this data.

The top of a clock tower is observed at engle of elevation of alpha^(@) and the feet of the tower at is the distance of d meters from the observer. Draw the diagram for this data.

Rajender observes a person standing on the ground from a helicopter at an angle of depression 45^(@) . If the helicopter flies at a height of 500 meters from the ground, what is the distance of the person from Rajender?

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, the angle of elevation of the top of a cell tower is 60^(@) and the angle of depression to its foot is 45^(@) . If distance of the building from the tower is 7m, then find the height ofthe tower.

Suppose you are shooting an arrow from the top of a building at an height of 6 m to a target on the ground at an angle of depression of 60^(@) . What is the distance between you and the object?

The angles of depression of the top and the bottom of an 8m tall building from the top of a multi-storeyed building are 30^(@) and 45^(@) , respectively. Find the height of the multi-storeyed building and the distance between the two buildings.

From the top of a 7m high building, the angle of elevation of the top of a cable tower is 60^(@) and the angle of depression of its foot is 45^(@) . Determine the height of the tower.

From a point on the ground, the angles of elevation of the bottom and the top of a transmission tower fixed at the top of a 20m high building are 45^(@) and 60^(@) respectively. Find the height of the tower.

A window of a house is h metres above the ground. From the window, the angles of elevation and depression of the top and the bottom of another house situated on the opposite sides of the lane are found to be alpha and beta respectively. Prove that the height of the other house is h(1 + tan alpha cot beta) metres.