Solve the problem.A graph without an Euler circuit but with an Euler path
A. must be connected and have exactly two vertices of odd degree.
B. must be connected and every vertex must have even degree.
C. must be connected and have exactly one vertex of odd degree.
D. must be connected and every vertex must have odd degree.
E. none of these
Answer: A
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List the critical values of the related function. Then solve the inequality.
> 0
A. -7, 7; (-7, 7) B. -7; (-?, -7) C. -7; (-7, ?) D. No critical values; ?
The following question refers to a country with five states. There are 250 seats in the legislature, and the populations of the states are given in the table below.
Under Webster's method, the apportionments to each state are
A. State A: 6; State B: 22; State C: 118; State D: 96; State E: 8. B. State A: 7; State B: 22; State C: 117; State D: 95; State E: 9. C. State A: 6; State B: 22; State C: 117; State D: 96; State E: 9. D. State A: 6; State B: 23; State C: 116; State D: 96; State E: 9. E. none of these
Perform the indicated operation. Simplify if possible.
+ 
A. 
B. 3y
C. 0
D. 
Match the graph with its function using the x-intercepts.
A. y = x1/3 - 8x1/6 + 9 B. y = x1/3 + 8x1/6 + 9 C. y = x1/3 - 8x1/6 - 9 D. y = x1/3 + 8x1/6 - 9