Solve the problem.If an object weighs m pounds at sea level, then its weight W (in pounds) at a height of h miles above sea level is given approximately by W(h) = m 
2. How much will a man who weighs 165 pounds at sea level weigh on the top of a mountain which is 14,494 feet above sea level? Round to the nearest hundredth of a pound, if necessary.
A. 165.23 pounds
B. 165 pounds
C. 164.77 pounds
D. 7.72 pounds
Answer: C
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Solve the problem.Which of the graphs described below must be a tree?
A. The students at Tasmania State University are the vertices; edges represent whether two students have had a class together or not. B. An ancestry graph: Sets of parents are the vertices; birthparents are joined to their single-child offspring by edges. C. A roadmap illustrating all of the towns and roads connecting them in Madison county. D. all of these graphs must be trees. E. none of these graphs must be trees.
For the given functions f and g, find the requested function.f(x) = 5x - 3; g(x) = -4x + 2Find (f + g)(-2).
A. -3 B. -23 C. -5 D. -11
Solve the problem.A ping-pong ball is dropped from a height of 9 ft and always rebounds 
of the distance fallen. Find the total sum of the rebound heights of the ball.
A. 3 ft B. 6 ft C. 13.5 ft D. 4.5 ft
If the sides of a rectangular solid are as shown, and 
, determine the angle, ?, between the diagonal of the base of the solid and the diagonal of the solid. Round answer to two decimal places.
A. 21.91o B. 24.09o C. 17.21o D. 26.28o E. 19.86o