Question: Solve with show work 6. A boy is flying a kite. The vertical distance from the kite to the horizontal line containing the boy's hand

Solve with show work

Solve with show work 6. A boy is flying a kite.
6. A boy is flying a kite. The vertical distance from the kite to the horizontal line containing the boy's hand is 68 ft. The horizontal distance from the boy's hand to directly under the kite is 51 feet. How long is the string from the boy's hand to the kite. Use the Pythagorean Theorem to solve. 68 It 51 ft 7. In a right triangle ABC, C is the right angle. What TWO "sin" expressions does cos A equal? 8. For the right triangle shown, give THREE correct equations. 17 31* 10. Solve for 0. Solve for e. cos35 = sine sin(e -30) = cose Unit 9 - General Triangle Trigonometry 11. Write out the formula for Law of Sines, the THREE formulas for Law of Cosines and the THREE different versions of the Trigonometry Area of a Triangle formula. (Use these formulas for # 12-16.) 12. Given a = 18, A = 105 degrees, and B = 32 degrees, use the Law of Sines to solve for b. Round your answer to the nearest tenth

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