A freight company has four terminals. The volume of business in truckloads for each terminal is shown. The owner has purchased 12 new trucks to be allocated to the four terminals. Determine how many trucks each terminal should get based on volume of business. Terminal A B C D Total Volume (in truckloads) 69 82 35 44 230 Part 1 of 5 (a) Find the standard divisor. Round the answer to one decimal place, if necessary. The standard divisor is 19.2 . Part 2 of 5 (b) Find the standard quota for each terminal. Round each answer to three decimal places, if necessary. The standard quota for Terminal A is 3.594 , Terminal B is 4.271 , Terminal C is 1.823 , and Terminal D is 2.292 . Part 3 of 5 (c) Find the upper and lower quotas for each terminal. The lower quota for Terminal A is 3 , Terminal B is 4 , Terminal C is 1 , and Terminal D is 2 . The upper quota for Terminal A is 4 , Terminal B is 5 , Terminal C is 2 , and Terminal D is 3 . Part 4 of 5 (d) Assign trucks using Jefferson's method. Use a modified divisor in your calculation that is calculated in increments of 0.5 and is the highest value possible, if necessary. Jefferson's method will assign 4 new truck(s) to Terminal A, 4 to Terminal B, 2 to Terminal C, and 2 to Terminal D. Part: 4 / 5 4 of 5 Parts Complete Part 5 of 5 (e) Write the modified divisor you used for Jefferson's method. In Jefferson's method the modified divisor is .
A freight company has four terminals. The volume of business in truckloads for each terminal is shown. The owner has purchased 12 new trucks to be allocated to the four terminals. Determine how many trucks each terminal should get based on volume of business. Terminal A B C D Total Volume (in truckloads) 69 82 35 44 230 Part 1 of 5 (a) Find the standard divisor. Round the answer to one decimal place, if necessary. The standard divisor is 19.2 . Part 2 of 5 (b) Find the standard quota for each terminal. Round each answer to three decimal places, if necessary. The standard quota for Terminal A is 3.594 , Terminal B is 4.271 , Terminal C is 1.823 , and Terminal D is 2.292 . Part 3 of 5 (c) Find the upper and lower quotas for each terminal. The lower quota for Terminal A is 3 , Terminal B is 4 , Terminal C is 1 , and Terminal D is 2 . The upper quota for Terminal A is 4 , Terminal B is 5 , Terminal C is 2 , and Terminal D is 3 . Part 4 of 5 (d) Assign trucks using Jefferson's method. Use a modified divisor in your calculation that is calculated in increments of 0.5 and is the highest value possible, if necessary. Jefferson's method will assign 4 new truck(s) to Terminal A, 4 to Terminal B, 2 to Terminal C, and 2 to Terminal D. Part: 4 / 5 4 of 5 Parts Complete Part 5 of 5 (e) Write the modified divisor you used for Jefferson's method. In Jefferson's method the modified divisor is .
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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Question
NEED HELP WITH PART E. THANK YOU
A freight company has four terminals. The volume of business in truckloads for each terminal is shown. The owner has purchased
12
new trucks to be allocated to the four terminals. Determine how many trucks each terminal should get based on volume of business.
| Terminal | A | B | C | D | Total |
|---|---|---|---|---|---|
| Volume (in truckloads) |
69
|
82
|
35
|
44
|
230
|
Part 1 of 5
(a) Find the standard divisor. Round the answer to one decimal place, if necessary.
The standard divisor is
.
19.2
Part 2 of 5
(b) Find the standard quota for each terminal. Round each answer to three decimal places, if necessary.
The standard quota for Terminal A is
, Terminal B is
, Terminal C is
, and Terminal D is
.
3.594
4.271
1.823
2.292
Part 3 of 5
(c) Find the upper and lower quotas for each terminal.
The lower quota for Terminal A is
, Terminal B is
, Terminal C is
, and Terminal D is
.
The upper quota for Terminal A is
, Terminal B is
, Terminal C is
, and Terminal D is
.
3
4
1
2
The upper quota for Terminal A is
4
5
2
3
Part 4 of 5
(d) Assign trucks using Jefferson's method. Use a modified divisor in your calculation that is calculated in increments of
0.5
and is the highest value possible, if necessary.
Jefferson's method will assign
new truck(s) to Terminal A,
to Terminal B,
to Terminal C, and
to Terminal D.
4
4
2
2
Part: 4 / 5
4 of 5 Parts Complete
Part 5 of 5
(e) Write the modified divisor you used for Jefferson's method.
| In Jefferson's method the modified divisor is
|
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