Consider the problem of apportioning M seats between two states, A and B . Let q A and q B denote the standard quotas of A and B , respectively, and assume that these quotas have decimal parts that are not equal to 0.5 .Explain why in this case a. Hamilton’s and Webster’s methods must give the same apportionment. b. the Alabama or population paradoxes cannot occur under Hamilton’s method.[Hint: Use the result of (a).] c. violations of the quota rule cannot occur under Webster’s method.[Hint: Use the result of (a).]
Consider the problem of apportioning M seats between two states, A and B . Let q A and q B denote the standard quotas of A and B , respectively, and assume that these quotas have decimal parts that are not equal to 0.5 .Explain why in this case a. Hamilton’s and Webster’s methods must give the same apportionment. b. the Alabama or population paradoxes cannot occur under Hamilton’s method.[Hint: Use the result of (a).] c. violations of the quota rule cannot occur under Webster’s method.[Hint: Use the result of (a).]
Solution Summary: The author explains that Hamilton's and Webster’s methods must give the same apportionment.
Consider the problem of apportioning
M
seats between two states,
A
and
B
. Let
q
A
and
q
B
denote the standard quotas of
A
and
B
, respectively, and assume that these quotas have decimal parts that are not equal to
0.5
.Explain why in this case
a. Hamilton’s and Webster’s methods must give the same apportionment.
b. the Alabama or population paradoxes cannot occur under Hamilton’s method.[Hint: Use the result of (a).]
c. violations of the quota rule cannot occur under Webster’s method.[Hint: Use the result of (a).]
During busy political seasons, many opinion polls are conducted. In apresidential race, how do you think the participants in polls are generally selected?Discuss any issues regarding simple random, stratified, systematic, cluster, andconvenience sampling in these polls. What about other types of polls, besides political?
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