Answer the question.The binomial 49x2 + 196 is the sum of two squares that can be factored. Why is this possible?
What will be an ideal response?
49 is a factor of 196. The factor 49 can thus be taken out.
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Use the Hill-Huntington method to find the apportionment.Use the Hill-Huntington method to apportion eleven seats among State P, State Q, and State R. The populations of the states are State P, 0.75 million; State Q, 1.2 million; and State R, 1.5 million.
A. P: 2; Q: 4; R: 5 B. P: 2; Q: 5; R: 4 C. P: 3; Q: 4; R: 4 D. P: 2; Q: 3; R: 6
Evaluate the improper integral or state that it is divergent.
A. Divergent B. 46 C. 23 D. -23
Solve the problem.Jessie has a ribbon that is 9.6 yards long. He wants to cut it into pieces that are 1.2 yards long. How many 1.2-yard pieces will he get from the ribbon?
A. 80 pieces B. 9 pieces C. 7 pieces D. 8 pieces
Perform the operation by applying the standard order of operations for a series of calculations.3 × 7 - 3
A. 18 B. 24 C. 63 D. 12