Solve the equation analytically.
= 
A. {1}
B. 
C. 
D. 
Answer: A
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Solve the problem.Suppose that h is continuous and that 
= 2 and 
Find 
and
A. 10; -10 B. -6; 6 C. 6; -6 D. -10; 10
Provide an appropriate response.Which point has coordinates (2, 3)?
A. C B. E C. A D. G
Solve the right triangle. If two sides are given, give angles in degrees and minutes.
A = 25.3°, b = 3.6 mRound side lengths to one decimal place.
A. B = 64.7°; a = 0.6 m; c = 3.9 m B. B = 64.7°; a = 3.9 m; c = 5.3 m C. B = 64.7°; a = 1.7 m; c = 4.0 m D. B = 64.7°; a = 0.6 m; c = 3.6 m
Solve the problem.The orbit of a planet in a distant system is an ellipse with a sun at one focus. For x and y in millions of miles, the equation of the orbit is 
Find the smallest distance (the perigee) from the planet to the sun. (Use the fact that 
where 
) 
A. 90.4 million mi B. 81.7 million mi C. 73 million mi D. 72.6 million mi