Use the Hill-Huntington method to find the apportionment.Use the Hill-Huntington 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 gives State X two seats, State Y four seats, and State Z four seats. Assign the eleventh and twelfth seats.
A. Eleventh seat: State Y; Twelfth seat: State Y
B. Eleventh seat: State Y; Twelfth seat: State Z
C. Eleventh seat: State X; Twelfth seat: State Y
D. Eleventh seat: State X; Twelfth seat: State Z
Answer: C
Mathematics
You might also like to view...
Find an equation for the tangent to the curve at the given point.f(x) = 10
- x + 1, (100, 1)
A. y = - 
x + 51
B. y = 1
C. y = - 
x + 1
D. y = 
x - 51
Mathematics
Solve the differential equation.x
+ 2y = 8 - 
, x > 0
A. y = 
, x > 0
B. y = 
, x > 0
C. y = 
, x > 0
D. y = 
, x > 0
Mathematics
Evaluate the function as indicated.Find f(k - 1) when f(x) = 5x2 + 5x + 6.
A. 5k2 - 5k + 16 B. 5k2 - 5k + 6 C. 5k2 + 35k + 16 D. -5k2 + 5k + 6
Mathematics
Find the indicated term for the geometric sequence.a1 = 6, r = -2; a14
A. 8192 B. -49,152 C. -8192 D. 49,152
Mathematics