A county has three districts. Six representatives are to be appointed to the county board. The standard divisor is 111 and the standard quota for each district is shown below. (a) Find the upper and lower quotas for each district and (b) determine how many representatives each district should receive using Hamilton's method. 1 Standard quota | 2.622 1.667 1.712 District 2 3

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Question 15
A county has three districts. Six representatives are to be appointed to the county board. The standard divisor is 111 and the standard quota for each district is
shown below. (a) Find the upper and lower quotas for each district and (b) determine how many representatives each district should receive using Hamilton's
method.
District
1
2
3
Standard quota 2.622 1.667
1.712
O (a)
District
1
2
3
Lower quota
Upper quota
4
3
3
(b)
District
1
2.
3.
Representatives 2
2
O (a)
District
1
2
3
Lower quota
3
2
2
Upper quota
4
3
(b)
District
1
2
3
Representatives
1
2
O (a)
District
1
2
Lower quota
Upper quota
2
1
1
3
2
2
(b)
District
Representatives
1
2
3
O (a)
District
1
3
Lower quota
1
1
Upper quota
3
2
2
(b)
District
1
2
3
Representatives 3
1
2
Transcribed Image Text:Question 15 A county has three districts. Six representatives are to be appointed to the county board. The standard divisor is 111 and the standard quota for each district is shown below. (a) Find the upper and lower quotas for each district and (b) determine how many representatives each district should receive using Hamilton's method. District 1 2 3 Standard quota 2.622 1.667 1.712 O (a) District 1 2 3 Lower quota Upper quota 4 3 3 (b) District 1 2. 3. Representatives 2 2 O (a) District 1 2 3 Lower quota 3 2 2 Upper quota 4 3 (b) District 1 2 3 Representatives 1 2 O (a) District 1 2 Lower quota Upper quota 2 1 1 3 2 2 (b) District Representatives 1 2 3 O (a) District 1 3 Lower quota 1 1 Upper quota 3 2 2 (b) District 1 2 3 Representatives 3 1 2
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