An observe flying in an aeroplane at an altitude of 1500 m observes two ships in front of him. Which are in the same direction at an angles of depression of `60^@` and `30^@` respectively. Find the distance between two ships.

An observer flying in an aeroplane at an altitude of 900 m observes two ships in front of him, which are in the same direction at an angles of depression of 60^(@)" and "30^(@) respectively. Find the distance between the two ships.

Two men on either side of a temple of 30 meter height observe its top at the angles of elevation 30^(@)" and "60^(@) respectively. Find the distance between the two men.

A man on the top of a cliff 100 mts high, observes the angle of depression of the two points on opposite sides of the cliff as 30^@ and 60^@ respectively. Find the distance between the two points.

From the top of a building with height 30(sqrt(3)+1) m two cars make angle of depression of 45^(@)" and "30^(@) due east. What is the distance between two cars?

The angles of elevation of the top of a rock from the top and foot of a 100 mts high tower are respectivley 30^@ and 60^@ respectivley. Find the distance between the two points.

A person from the top of a building height 15 m observes the top and the bottem of a cell tower with the angle of elevation as 60^(@) and the angle of depression as 45^(@) respectively. Then find the height of the that cell tower.

A person from the top of a building of height 25 m has observed another building top and bottm at an angle of elevation 45^(@) and at an angle of depression 60^@ respectively. Draw the diagram for this data.

From a ship mast-head 150m.high, the angle of depression of a boat is observed to be 45^@ . It's distance from the ship is……..

A straight highway leads to the foot of a tower. Ramaiah standing at the top of the tower observe a car at an angle of depression 30^(@) . The car is approaching the foot of the tower with a uniform speed. Six seconds later, the angle of depression of the car is found to be 60^(@) . Find the time taken by the car to reach the foot of the tower from this point.

Two boys are on opposite sides of a tower of 200 m height. They measure the angle of elevation of the top of the tower as 45^@ and 60^@ respectively. Find the distance throught which the boys are separated.