Convert the radian measure to degree measure. Use the value of ? found on a calculator and round answers to two decimal places.
?
A. 6.98°
B. 200°
C. 800?°
D. 400°
Answer: D
You might also like to view...
Solve the problem.A power plant is located on a river that is 650 feet wide. To lay a new cable from the plant to a location in a city 1 mile downstream on the opposite side costs $225 per foot across the river and $150 per foot along the land. Suppose that the cable goes from the plant to a point Q on the opposite side that is x feet from the point P directly opposite the plant. Write a function C(x) that gives the cost of laying the cable in terms of the 
A. C(x) = 225
+ 150(1 - x)
B. C(x) = 225
+ 150(5280 - x)
C. C(x) = 225(650 - x) + 150(1 - x)
D. C(x) = 150
+ 225(5280 - x)
Factor completely. If unfactorable, indicate that the polynomial is prime.11x4 - 62x2 - 24
A. (x2 - 6)(11x2 + 4) B. (11x2 - 6)(x2 + 4) C. (x2 + 6)(11x2 - 4) D. (x - 6)(x + 4)
Provide an appropriate response.Is the following matrix game strictly determined? Answer Yes or No 
A. Yes B. No
Given 
(a) Find the intervals on which f is increasing or decreasing. (b) Find the relative maxima and relative minima of f. a. (a) Increasing on (?6, 6), decreasing on (??, ?6) and (6, ?) (b) Rel. max. f(6) = 12, rel. min. f(?6) = ?12 b. (a) Increasing on (?6, 0) and (0,6) decreasing on (??, ?6) and (6, ?) (b) Rel. max. f(6) = 12, rel. min. f(?6) = ?12 c. (a) Increasing on (??, ?6) and (6, ?), decreasing on (?6, 0) and (0,6) (b) Rel. max. f(?6) = ?12, rel. min. f(6) = 12 d. (a) Increasing on (??, ?6) and (6, ?), decreasing on (?6, 6) (b) Rel. max. f(?6) = ?12, rel. min. f(6) = 12