Chapter 4 study questions Contemporary Mathematics Fall 2009
- Apportionment is a type of fair division; we say we have an
apportionment problem when the items to be divided up have what
properties (think about legislative seats versus cakes; also, think
seats versus estates consisting of, say, a boat, a car, and a lamp -
how is apportionment different than the cake or the estate problems?)
- If we are given the total population and the number of seats to
apportion, how do we find the standard divisor? The standard
quota?
- What's a lower quota? An upper quota? What important
property do they have that makes them more useful in apportionment
problems than standard quotas? (Look at an apportionment example for a
hint).
- What's the quota rule? What's an upper quota violation? A lower quota violation?
- Make sure, of course, that you can compute the apportionment for a
problem by Hamilton's, Jefferson's, Adams' and Webster's methods.
- Which apportionment methods that we have studied can have quota violations? (Also, what kind of quota violations can they have?)
- Why is it impossible for Hamilton's method or Jefferson's method to have lower quota violations?
- Why is it impossible for Adams' method to have upper quota violations?
- What are the three apportionment paradoxes we've studied? Give both their names and their descriptions.
- Which apportionment methods that we have studied can give rise to which of the paradoxes we've studied?
- Which apportionment methods that we have studied favor large states? Small states?
- (Harder) Why does Jefferson's method favor large
states? Hint: When the modified divisor goes down, which
states' modified quotas rise the fastest?
- What method of apportionment is currently under use in the US
congress (see Historical Note and also the supplement in chapter 4
after the homework problems). While I won't ask for precise
details, say very roughly how it works, building on analogies with the
other methods.
- Is there a "best" apportionment method? See p. 142 in chapter 4's conclusion.
Last Modified October 12, 2009.
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