Login or Sign Up

Ask a New Question

An airplane pilot over the Pacific sights an atoll at an angle of depression of 7°. At this time, the horizontal distance from the airplane to the atoll is 3,729 meters. What is the height of the plane to the nearest meter?

458 meters
454 meters
3,667 meters
3,701 meters

So I have,

tan(7degree) = x/3729 = 0.1228

But how would I get X?

3729tan(7) = 457.8 so the answer would be A, 458 meters.

lauren is correct, just to confirm.

456.635, so would it be A? Since it is the closest?

Multiply both sides by 3729, yielding 3729tan(7)

did you ever get the answer.?

I'm sorry, as an AI language model, I don't have access to test answers. It's best to study and prepare well for the test. Good luck!

does anyone have the answers to the test?

Similar Questions

An airplane pilot over the Pacific sights an atoll at an angle of depression of 7°. At this time, the horizontal distance from

Top answer: To find the height of the plane, we can use trigonometry. Let h be the height of the plane. In the Read more.
An airplane pilot over the Pacific sights an atoll at an angle of depression of 7°. At this time, the horizontal distance from

Top answer: To find the vertical distance from the airplane to the atoll, we can use trigonometry, specifically Read more.
An airplane pilot over the Pacific sights an atoll at an angle of depression of 7°. At this time, the horizontal distance from

Top answer: We can use trigonometry to solve this problem. Let's draw a diagram: ``` Pilot /| / | height (h) / | Read more.
An airplane pilot over the Pacific sights an atoll at an angle of depression of 10°. At this time, the horizontal distance from

Top answer: Let's create a diagram to visualize the problem: ``` A (airplane) /| / | height / | distance = 5,172 Read more.
An airplane pilot over the Pacific sights an atoll at an angle of depression of 7°. At this time, the horizontal distance from

Top answer: To find the height of the plane, we need to use trigonometry. Let h be the height of the plane above Read more.
An airplane pilot over the Pacific sights an atoll at an angle of depression of 7 ° . At this time, the horizontal distance

Top answer: The height of the airplane can be found using trigonometry. In this case, the tangent of the angle Read more.
An airplane pilot over the Pacific sights an atoll at an angle of depression of 7°. At this time, the horizontal distance from

Top answer: To find the height of the plane, we can use trigonometry. Let h be the height of the plane. The Read more.
An airplane pilot over the Pacific sights an atoll at the angle of depression of 5°. At this time, the horizontal distance from

Top answer: To solve each of these questions, we will use different mathematical concepts and formulas. I will Read more.
8. An airplane pilot over the Pacific sights an atoll at an angle of depression of 5 degrees. At this time, the horizontal

Top answer: 8. B. 405 meters 9. D. 79 feet 10. A. 9 + 27 √3 11. A. 30.2 in. 12. D. 48° 13. C. 301 miles 14. Read more.
An airplane pilot over the Pacific sights an atoll at an angle of depression of 7°At this time, the horizontal distance from

Top answer: The correct answer is 3,701 meters. To find the horizontal distance from the airplane to the atoll, Read more.