For items 8-10, given the 5 states and 250 seats. The population of each state is provided. State A B C D Population 250 875 4700 3825 8. Under Hamilton's Method the apportionment to each state is a. A = 6; B = 22; C = 117; D = 96; E = 9 b. A = 6; B = 22; C = 118; D = 96; E = 8 117; D = 95; E = 9 c. A = 7; B = 22; C = d. A = 6; B = 23; C = 116; D = 96; E = 9 E 350 9. Under Jefferson's Method the apportionment to each state is a. A = 6; B = 22; C = 117; D = 96; E = 9 b. A = 6; B = 22; C = 118; D = 96; E = 8 117; D = 95; E = 9 c. A = 7; B = 22; C = d. A = 6; B = 23; C = 116; D = 96; E-9 10. Under Webster's Method the apportionment to each state is a. A = 6; B = 22; C = 117; D = 96; E = 9° b. A = 6; B = 22; C = 118; D = 96; E-8 c. A = 7; B = 22; C = 117; D=95; E-9 d. A = 6; B = 23; C = 116; D=96; E-9

Algebra: Structure And Method, Book 1
(REV)00th Edition
ISBN:9780395977224
Author:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole
Publisher:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole
Chapter2: Working With Real Numbers
Section2.3: Rules For Addition
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For items 8-10, given the 5 states and 250 seats. The population of each state is
provided.
State
D
E
Population
250
875
4700
3825
350
8. Under Hamilton's Method the apportionment to each state is
a. A = 6; B = 22; C = 117; D = 96; E = 9
b. A = 6; B = 22; C = 118; D = 96; E = 8
c. A = 7; B = 22; C = 117; D = 95; E = 9
d. A = 6; B = 23; C = 116; D = 96; E = 9
9. Under Jefferson's Method the apportionment to each state is
a. A = 6; B = 22; C = 117; D = 96; E = 9
b. A = 6; B = 22; C = 118; D = 96; E = 8
c. A= 7; B = 22; C = 117; D = 95; E = 9
d. A = 6; B = 23; C = 116; D = 96; E = 9
10. Under Webster's Method the apportionment to each state is
a. A = 6; B = 22; C = 117; D = 96; E = 9
b. A = 6; B = 22; C = 118; D = 96; E = 8
c. A = 7; B = 22; C = 117; D= 95; E = 9
d. A = 6; B = 23; C = 116; D = 96; E = 9
Transcribed Image Text:For items 8-10, given the 5 states and 250 seats. The population of each state is provided. State D E Population 250 875 4700 3825 350 8. Under Hamilton's Method the apportionment to each state is a. A = 6; B = 22; C = 117; D = 96; E = 9 b. A = 6; B = 22; C = 118; D = 96; E = 8 c. A = 7; B = 22; C = 117; D = 95; E = 9 d. A = 6; B = 23; C = 116; D = 96; E = 9 9. Under Jefferson's Method the apportionment to each state is a. A = 6; B = 22; C = 117; D = 96; E = 9 b. A = 6; B = 22; C = 118; D = 96; E = 8 c. A= 7; B = 22; C = 117; D = 95; E = 9 d. A = 6; B = 23; C = 116; D = 96; E = 9 10. Under Webster's Method the apportionment to each state is a. A = 6; B = 22; C = 117; D = 96; E = 9 b. A = 6; B = 22; C = 118; D = 96; E = 8 c. A = 7; B = 22; C = 117; D= 95; E = 9 d. A = 6; B = 23; C = 116; D = 96; E = 9
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