The length of the shadow of a tower on the plane ground is `sqrt(3)` times the height of the tower. The angle of elevation of sun is

The length of shadow of a tower on the plane ground is sqrt(3) times the height of the tower. The angle of elevation of sun is 45^0 (b) 30^0 (c) 60^0 (d) 90^0

The length of shadow of a tower on the plane ground is sqrt(3) times the height of the tower. The angle of elevation of sun is 45^0 (b) 30^0 (c) 60^0 (d) 90^0

The length of shadow of a tower on the plane ground is sqrt3 times the height of the tower.The angle of elevation of sun is

The length of shadow of a tower on the plane ground is sqrt(3) xx the height of the tower. The angle of elevation of sun is 45^(0)(b)30^(0)(c)60^(0)(d)90^(@)

At an instant, the length of the shadow of a pole is sqrt(3) times the height of the pole. Then the angle of elevation of the sun is

If the length of the shadow of a tower is (1)/(sqrt(3)) times the height of the tower, then the angle of elevation of the sun is………

If the length of shadow of a vertical pole on the horizontal ground is sqrt3 times of its height, then the angles of elevation of sun is :

If the length of the shadow of a vertical pole on the horizontal grounds is sqrt3 times its height, then the angle of elevation of the sun is

At an instant, the length of the shadow of a pole is sqrt3 times the height of the pole. The angle of elevation of the Sun at that moment is

If the length of the shadow of a tower is sqrt(3) times its height of then the angle of elevation of the sun is