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A person standing on a boat at point A sees a submarine at point B, making an angle of depression of 60°. After some time, the submarine travels 232 m and moves to point C. Now, the angle of depression becomes 30°. Find the distance the boat has to travel to reach a point that is exactly above the submarine. [tan 30° = 0.57, tan 60° =1.73 ] |
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Answer» A person standing on a boat at point A sees a submarine at point B, making an angle of depression of 60°. After some time, the submarine travels 232 m and moves to point C. Now, the angle of depression becomes 30°. Find the distance the boat has to travel to reach a point that is exactly above the submarine. [tan 30° = 0.57, tan 60° =1.73 ] |
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