Select the graph of the function, and use the Horizontal Line Test to determine whether the function is one-to-one and so has an inverse function.
?
?
?
A. ?
The function does not have inverse.
B. ?
The function does not have inverse.
C. ?
The function does not have inverse.
D. ?
The function does not have inverse.
E. ?
The function does not have inverse.
Answer: C
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Solve the problem.Find the point on the line of intersection of the planes 
and 
that is closest to the origin.
A. 
B. 
C. 
D. 
State whether the triangles are congruent. If the information given is not sufficient, state "No conclusion possible".
A. Not congruent B. No conclusion possible C. Congruent
Construct a frequency polygon.
A. Frequency
| Weight in ounces |
B. Frequency
| Weight in ounces |
Find the x-intercepts and y-intercepts of the graph of the equation.-2x + 2y = -2
A. x-intercept: -3; y-intercept: -8 B. x-intercept: -8; y-intercept: -3 C. x-intercept: 1; y-intercept: -1 D. x-intercept: -1; y-intercept: 1