Provide an appropriate response.Determine whether the statement below is true or false. If it is false, give an explanation. Given a canonical linear programming problem with an optimal solution, if the vector 
is an extreme point of the feasible set, then 
must be an optimal solution.
A. False. 
may not be in the feasible set.
B. True
C. False. Some extreme point is an optimal solution but not every extreme point is an optimal solution.
D. False. Not every optimal solution is an extreme point.
Answer: C
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A. Ellipse B. Parabola C. Circle D. Hyperbola
Use the rules for exponents to rewrite the expression and then evaluate the new expression. 3-2? 34
A. 
B. 6
C. -729
D. 9
Solve and check your answer.-5x - 18 + 6x = -3
A. -21 B. 15 C. -15 D. 21
Consider a square as shown in the figure. Find the total length of the four segments making up the stairs.
?
7 in.
7 in.
?
__________ in.
Fill in the blank(s) with the appropriate word(s).