Evaluate the expression.-62
A. -12
B. 12
C. 36
D. -36
Answer: D
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Find two paths of approach from which one can conclude that the function has no limit as (x, y) approaches (0, 0).f(x, y) = 
What will be an ideal response?
Solve the equation.
+ 5 = 13
A. {64} B. {32} C. {4} D. {72}
Solve the problem.Suppose that an insect population density, in thousands, during year n can be modeled by the recursively defined sequence: 
.Use technology to graph the sequence for n = 1 , 2 , 3 , ........., 20 . Describe what happens to the population density function.
A. The insect population stabilizes near 11.00 thousand. B. The insect population stabilizes near 10.23 thousand. C. The insect population increases every year. D. The insect population stabilizes near 7.80 thousand.
Find an equation of the secant line containing (1, f(1)) and (2, f(2)).f(x) = 
A. y = (-
- 2)x - 
+ 4
B. y = (
- 2)x - 
+ 4
C. y = (-
+ 2)x + 
- 4
D. y = (
- 2)x + 
- 4