Provide an appropriate response.Which method of apportionment can lead to an occurrence of the population paradox?
A. Webster's method
B. Jefferson's method
C. Hill-Huntington method
D. Hamilton's method
Answer: D
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Find the moment or center of mass of the wire, as indicated.Find the center of mass of a wire that lies along the first-quadrant portion of the circle 
if the density of the wire is 
A. 
= 
, 
= 
B. 
= 1, 
= 1
C. 
= 
, 
= 
D. 
= 
, 
= 
List all of the Hamilton circuits for the graph that start with the indicated vertices.
Starting B ? C
A. B ? C ? A ? E ? D ? B B ? C ? A ? D ? E ? B B ? C ? D ? A ? E ? B B. B ? C ? A ? E ? D B ? C ? A ? D ? E B ? C ? D ? A ? E B ? C ? D ? E ? A B ? C ? E ? D ? A B ? C ? E ? A ? D C. B ? C ? A ? E ? D ? B B ? C ? A ? D ? E ? B B ? C ? D ? A ? E ? B B ? C ? D ? E ? A ? B B ? C ? E ? D ? A ? B B ? C ? E ? A ? D ? B D. B ? C ? A ? E ? D B ? C ? A ? D ? E B ? C ? D ? A ? E
Describe the mail-time situation that illustrates the computation, and state the answer.60 - 110
A. The mail carrier brings you a check for $60 and takes away a check for $110; 60 - 110 = -50 B. The mail carrier brings you a bill for $60 and takes away a check for $110; -60 - 110 = -170 C. The mail carrier brings you a bill for $60 and a check for $110; -60 + 110 = 50 D. The mail carrier brings you a check for $60 and a check for $110; 60 + 110 = 170
Solve using the quadratic formula. Use a calculator to approximate the solution to three decimal places.
x2 + 
x + 
= 0
A. ±3 B. ±0.333 C. 0.333 D. -0.333