[" The angles of depression of two ships from the top of a light house and on the same side of it are "],[" found to be "45^(@)" and "30^(@)" respectively.If the ships are "200m" apart,find the height of the light "],[" house."]

The angles of depression of two ships from the top of a light house and on the same side of it are found to be 45o and 30o respectively.If the ships are 200m apart,find the height of the light house.

The angles of depression of two ships from the top of a light house are 45^(@) and 30^(@) towards east.If the ships are 200m apart,the height of the light house is : (Take sqrt(3)=1.73)

The angles of depression of two ships from the top of a light house are 45^(@) and 30^(@) towards east. If the ships are 200 m apart, find the height of light house.

The angles of depression of two ships from the top of a lighthouse are 45^@ and 30^@ . If the ships are 120 m apart, then find the height of the lighthouse.

Two ships are sailing in the sea on the either side of the lighthouse.The angles of depression of two ships as observed from the top of the lighthouse are 60^(@) and 45^(@) ,respectively.If the distance between the ships is 100((sqrt(3)+1)/(sqrt(3)))m, then find the height of the lighthouse

Two ships are sailing in the sea on either side of the lighthouse. The angles of depression of two ships as observed from the top of the lighthouse are 60^(@)and45^(@) respectively. If the distance between the ships is 200((sqrt(3+1))/(sqrt(3))) metres, find the height of the lighthouse.

The angles of depression of two ships from the top of a light house are 45^@ and 30^@ towards east. If the ships are 100 m apart, the height of the light house is (a) (50)/(sqrt(3)+1)m (b) (50)/(sqrt(3)-1)m (c) 50(sqrt(3)-1)m (d) 50(sqrt(3)+1)m