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A Company wants to assign 10 salespeople to 4 regions in the northern part of a state with populations shown below: Region 1 2 3 4 Total Population 255,000 380,000 675,000 190,000 1,500,000 Use Hamilton’s method of apportionment to find how many salespeople should be allocated to each region. a). The standard divisor is: ______________ b). Rounded to the nearest hundredth, if necessary, the standard quota for each region is: Region 1: _________ ; Region 2: _________ ; Region 3: _________ ; Region 4: _________ c). The lower quota for each region is: Region 1: _________ ; Region 2: _________ ; Region 3: _________ ; Region 4: _________ d). The apportionment of salespeople to each region should be: Region 1: _________ ; Region 2: _________ ; Region 3: _________ ; Region 4: _________

A Company wants to assign 10 salespeople to 4 regions in the northern part of a state with populations shown below: Region 1 2 3 4 Total Population 255,000 380,000 675,000 190,000 1,500,000 Use Hamilton’s method of apportionment to find how many salespeople should be allocated to each region. a). The standard divisor is: ______________ b). Rounded to the nearest hundredth, if necessary, the standard quota for each region is: Region 1: _________ ; Region 2: _________ ; Region 3: _________ ; Region 4: _________ c). The lower quota for each region is: Region 1: _________ ; Region 2: _________ ; Region 3: _________ ; Region 4: _________ d). The apportionment of salespeople to each region should be: Region 1: _________ ; Region 2: _________ ; Region 3: _________ ; Region 4: _________

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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A Company wants to assign 10 salespeople to 4 regions in the northern part of a state with populations shown below: Region 1 2 3 4 Total Population 255,000 380,000 675,000 190,000 1,500,000 Use Hamilton’s method of apportionment to find how many salespeople should be allocated to each region.

a). The standard divisor is: ______________

b). Rounded to the nearest hundredth, if necessary, the standard quota for each region is:

Region 1: _________ ;

Region 2: _________ ;

Region 3: _________ ;

Region 4: _________

c). The lower quota for each region is:

Region 1: _________ ;

Region 2: _________ ;

Region 3: _________ ;

Region 4: _________

d). The apportionment of salespeople to each region should be:

Region 1: _________ ;

Region 2: _________ ;

Region 3: _________ ;

Region 4: _________

 

Total population Standard Divisor = Number of seats - and Standard Quota = = Region Population 15. A Company wants to assign 10 salespeople to 4 regions in the northern part of a state with populations shown below: District population Standard divisor 1 2 3 255,000 380,000 675,000 190,000 Total 1,500,000 Use Hamilton's method of apportionment to find how many salespeople should be allocated to each region.
Transcribed Image Text:Total population Standard Divisor = Number of seats - and Standard Quota = = Region Population 15. A Company wants to assign 10 salespeople to 4 regions in the northern part of a state with populations shown below: District population Standard divisor 1 2 3 255,000 380,000 675,000 190,000 Total 1,500,000 Use Hamilton's method of apportionment to find how many salespeople should be allocated to each region.
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