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
Answer: A
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Find the exact value of the expression.
A. - 
B. - 
C. -2
D. -
Solve the problem.Suppose a cold front is passing through the United States at noon with a shape described by the function src="https://sciemce.com/media/4/ppg__10624191714__f1q96g6.jpg" alt="" style="vertical-align: -4.0px;" /> SSuppose the front moves south 340 miles and west 120 miles and maintains its shape. Give the equation for the new front and plot the new position of the front.
where each unit represents 100 miles. 
Missouri is located at 
and the positive y-axis points north.N
A. y = 
(x - 1.2)2 + 3.4N 
S
B. y = - 
(x + 1.2)2 - 3.4N 
S
C. y = 
(x - 1.2)2 - 3.4N 
S
D. y = 
(x + 1.2)2 - 3.4N 
S
Provide an appropriate response.Which of the following is a horizontal translation of the function 
A. y = -[[x]] B. y = 7[[x]] C. y = [[x]] - 7 D. y = [[x - 7]]
Graph the function.y = -2ex + 5
A. 
B. 
C. 
D. 