Solve the problem.The length of a rectangle is 143 in. and the width is 84 in. Find its perimeter.
A. 227 in.
B. 454 in.
C. 12,012 in.
D. 370 in.
Answer: B
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By making a table of both the left and right sides of the equation, conjecture if the equation represents an identity. sec ? = cot ? csc ?
A. No B. Yes
Find the area of the rectangle.
268 mm
A. 17,966 sq mm B. 670 sq mm C. 17,946 sq mm D. 17,956 sq mm
Give the mathematical formulation of the linear programming problem. Graph the feasible region described by the constraints and find the corner points. Do not attempt to solve.Suppose an horse feed to be mixed from soybean meal and oats must contain at least 200 lb of protein and 40 lb of fat. Each sack of soybean meal costs $20 and contains 60 lb of protein and 10 lb of fat. Each sack of oats costs $10 and contains 20 lb of protein and 5 lb of fat. How many sacks of each should be used to satisfy the minimum requirements at minimum cost?
What will be an ideal response?
Find the GCF for the group of terms.500 and 600
A. 100 B. 25 C. 2 D. relatively prime