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As observed from the top of a 100 m high...

As observed from the top of a 100 m high light house from the sea level, the angles of depression of two ships are `30^@` and `45^@` If one ship is exactly behind the other one on the same side of the light house, find the distance between the two ships.

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As observed from the top of a 100 m high lighthouse from the sea level, the angles of depression of two ships are 30^@ and 45^@ If one ship is exactly behind the other one on the same side of the lighthouse, find the distance between the two ships.

As observed from the top of a 100 m high light house from the sea level the angle of depression of two ships are 30^(@) and 45^(@) . If one of the ship is exactly behind the other on the same side of the light house, find the distance between the two ships (sqrt(3) ~~1.73) .

As observed from the top of a 100 m high light house from the sea level the angle of depression of two ships are 30^(@) and 45^(@) . If one of the ship is exactly behind the other on the same side of the light house, find the distance between the two ships. (sqrt(3)=1.73) .

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As observed from the top of a 75 m high lighthouse from the sea-level, the angles of depression of two ships are 30^@ and 45^@ . If one ship is exactly behind the other on the same side of the lighthouse, find the distance between the two ships.

As observed from the top of a 75 m high lighthouse from the sea-level, the angles of depression of two ships are 30^(@) and 45^(@) . If one ship is exactly behind the other on the same side of the lighthouse, find the distance between the two ships.

As observed from the top of a 75 m high lighthouse from the sea-level, the angles of depression of two ships are 30^@ and 45^@ . If one ship is exactly behind the other on the same side of the lighthouse, find the distance between the two ships.