Find the matrix equation that is equivalent to the system of equations, 
.
A. 
= 
.
B. 
= 
.
C. 
= 
.
D. 
= 
.
Answer: C
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Insert <, >, or = to make the statement true.0 
-3
A. < B. = C. >
Multiply the polynomials using the special product formulas. Express the answer as a single polynomial in standard form.(13x + y)(13x - y)
A. 169x2 - 26xy - y2 B. 26x2 - y2 C. 169x2 + 26xy - y2 D. 169x2 - y2
Use the pair of graphs to determine whether the equations y1 and y2 are equal. Interpret this result in general.y1 = (x + 2)2, y2 = x2 + 2
A. Yes, a square of a difference equals the difference of the squares. B. No, a square of a sum does not equal the sum of the squares. C. Yes, a square of a sum equals the sum of the squares. D. No, a square of a difference does not equal the difference of the squares.
Graph the solution set of the system of inequalities or indicate that the system has no solution.
A. 
B. 
C. 
D. No solution