Solve the problem.Use the Huntington-Hill method to apportion eleven seats among State X, State Y, and State Z. The populations of the states are state X, 4.0 million; State Y, 6.5 million; and State Z, 5.2 million. The current assignment of ten seats is State X has two seats, State Y has four seats, and State Z has four seats. Assign the eleventh and twelfth seat.
A. Eleventh seat: State X; Twelfth seat: State Z
B. Eleventh seat: State Y; Twelfth seat: State Y
C. Eleventh seat: State X; Twelfth seat: State Y
D. Eleventh seat: State Y; Twelfth seat: State Z
Answer: C
Mathematics
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A. - 
B. - 
C. Does not exist
D. - 
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Solve the equation 
for z.
?
A. There is no solution.
B. ?
C. 
D. ?
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Solve the problem.The current (in amperes) in an inductor of inductance L (in henries) is given by 
where V is the voltage (in volts) and t is the time (in seconds). Find a formula for i, if 
A. i = 
(1.3t4 - 10t2) + C
B. i = 
(1.3t4 - 4t2) + C
C. i = 
(1.3t4 - 10t) + C
D. i = L(1.3t4 - 10t2) + C
Mathematics
Solve the problem.
=
A. 360 B. 720 C. 120 D. 30 E. none of these
Mathematics