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1. The table below shows a 4-state scenario for a country with a total population of 9,100 and 100 legislative seats to fill. The population of each state is listed in the table. a. Calculate the standard divisor: standard divisor = b. Complete the table below by calculating the standard quota, minimum quota and fractional remainder for each state. Then apply each of the four indicated methods of apportionment to assign the 100 seats among the 4 states. State Population Standard Quota State Pop. Standard Divisor Minimum Quota Fractional Remainder Hamilton's Apportionment Jefferson's Modified Quota (modified divisor of 89) Jefferson's Apportionment Webster's Modified Quota (modified divisor of 90.5) Webster's Apportionment Hill-Huntington Modified Quota (modified divisor of 91) geometric mean A 200 B Total Population Number of Seats 400 C 500 D 8000 Hill-Huntington Apportionment c. Did the apportionment by any of the above methods violate the Quota Criterion? Explain. Tota 9,10

1. The table below shows a 4-state scenario for a country with a total population of 9,100 and 100 legislative seats to fill. The population of each state is listed in the table. a. Calculate the standard divisor: standard divisor = b. Complete the table below by calculating the standard quota, minimum quota and fractional remainder for each state. Then apply each of the four indicated methods of apportionment to assign the 100 seats among the 4 states. State Population Standard Quota State Pop. Standard Divisor Minimum Quota Fractional Remainder Hamilton's Apportionment Jefferson's Modified Quota (modified divisor of 89) Jefferson's Apportionment Webster's Modified Quota (modified divisor of 90.5) Webster's Apportionment Hill-Huntington Modified Quota (modified divisor of 91) geometric mean A 200 B Total Population Number of Seats 400 C 500 D 8000 Hill-Huntington Apportionment c. Did the apportionment by any of the above methods violate the Quota Criterion? Explain. Tota 9,10

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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The table below shows a 4-state scenario for a country with a total population of 9,100 and 100 legislative seats to fill. The population of each state is listed in the table.
1. The table below shows a 4-state scenario for a country with a total population of 9,100 and 100 legislative seats to fill. The population of each state is listed in the table. a. Calculate the standard divisor: standard divisor = b. Complete the table below by calculating the standard quota, minimum quota and fractional remainder for each state. Then apply each of the four indicated methods of apportionment to assign the 100 seats among the 4 states. State Population Standard Quota State Pop. Standard Divisor Minimum Quota Fractional Remainder Hamilton's Apportionment Jefferson's Modified Quota (modified divisor of 89) Jefferson's Apportionment Webster's Modified Quota (modified divisor of 90.5) Webster's Apportionment Hill-Huntington Modified Quota (modified divisor of 91) geometric mean Hill-Huntington Apportionment A 200 B Total Population Number of Seats 400 C 500 D 8000 C. Did the apportionment by any of the above methods violate the Quota Criterion? Explain. Total 9,100
Transcribed Image Text:1. The table below shows a 4-state scenario for a country with a total population of 9,100 and 100 legislative seats to fill. The population of each state is listed in the table. a. Calculate the standard divisor: standard divisor = b. Complete the table below by calculating the standard quota, minimum quota and fractional remainder for each state. Then apply each of the four indicated methods of apportionment to assign the 100 seats among the 4 states. State Population Standard Quota State Pop. Standard Divisor Minimum Quota Fractional Remainder Hamilton's Apportionment Jefferson's Modified Quota (modified divisor of 89) Jefferson's Apportionment Webster's Modified Quota (modified divisor of 90.5) Webster's Apportionment Hill-Huntington Modified Quota (modified divisor of 91) geometric mean Hill-Huntington Apportionment A 200 B Total Population Number of Seats 400 C 500 D 8000 C. Did the apportionment by any of the above methods violate the Quota Criterion? Explain. Total 9,100
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