CalcIt produces a line of inexpensive pocket calculators. One model, IT53, is a solar- powered scientific model with a liquid crystal display (LCD). The calculator is pic- tured in Figure 8–11. Each calculator requires four solar cells, 40 buttons, one LCD display, and one main processor. All parts are ordered from outside suppliers, but final assembly is done FIGURE 8–11 CalcIt Model IT53 Scientific Calculator Solar batteries (Problem 41) 2.2235 LCD display by CalcIt. The processors must be in stock three weeks before the anticipated comple- tion date of a batch of calculators to allow enough time to set the processor in the cas- ing, connect the appropriate wiring, and allow the setting paste to dry. The buttons must be in stock two weeks in advance and are set by hand into the calculators. The CSR |1/x % OFF ON Buttons VX X2 2ND INV SIN COS TAN DRG LCD displays and the solar cells are ordered from the same supplier and need to be in EE |LOG In stock one week in advance. S+ K Based on firm orders that Calclt has obtained, the master production schedule for IT53 for a 10-week period starting at week 8 is given by X STD 8 sh-1 5 sh Week 8 9 10 11 12 13 14 15 16 17 MPS 1,200 1,200 800 1,000 1,000 300 2,200 1,400 1,800 600 EXC Determine the gross requirements schedule for the solar cells, the buttons, the LCD display, and the main processor chips.
CalcIt produces a line of inexpensive pocket calculators. One model, IT53, is a solar- powered scientific model with a liquid crystal display (LCD). The calculator is pic- tured in Figure 8–11. Each calculator requires four solar cells, 40 buttons, one LCD display, and one main processor. All parts are ordered from outside suppliers, but final assembly is done FIGURE 8–11 CalcIt Model IT53 Scientific Calculator Solar batteries (Problem 41) 2.2235 LCD display by CalcIt. The processors must be in stock three weeks before the anticipated comple- tion date of a batch of calculators to allow enough time to set the processor in the cas- ing, connect the appropriate wiring, and allow the setting paste to dry. The buttons must be in stock two weeks in advance and are set by hand into the calculators. The CSR |1/x % OFF ON Buttons VX X2 2ND INV SIN COS TAN DRG LCD displays and the solar cells are ordered from the same supplier and need to be in EE |LOG In stock one week in advance. S+ K Based on firm orders that Calclt has obtained, the master production schedule for IT53 for a 10-week period starting at week 8 is given by X STD 8 sh-1 5 sh Week 8 9 10 11 12 13 14 15 16 17 MPS 1,200 1,200 800 1,000 1,000 300 2,200 1,400 1,800 600 EXC Determine the gross requirements schedule for the solar cells, the buttons, the LCD display, and the main processor chips.
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
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Transcribed Image Text:CalcIt produces a line of inexpensive pocket calculators. One model, IT53, is a solar-
powered scientific model with a liquid crystal display (LCD). The calculator is pic-
tured in Figure 8–11.
Each calculator requires four solar cells, 40 buttons, one LCD display, and one
main processor. All parts are ordered from outside suppliers, but final assembly is done
FIGURE 8–11
CalcIt Model IT53
Scientific Calculator
Solar batteries
(Problem 41)
2.2235
LCD display
by CalcIt. The processors must be in stock three weeks before the anticipated comple-
tion date of a batch of calculators to allow enough time to set the processor in the cas-
ing, connect the appropriate wiring, and allow the setting paste to dry. The buttons
must be in stock two weeks in advance and are set by hand into the calculators. The
CSR
|1/x
%
OFF
ON
Buttons
VX
X2
2ND
INV
SIN
COS
TAN
DRG
LCD displays and the solar cells are ordered from the same supplier and need to be in
EE
|LOG
In
stock one week in advance.
S+
K
Based on firm orders that Calclt has obtained, the master production schedule for
IT53 for a 10-week period starting at week 8 is given by
X
STD
8
sh-1
5
sh
Week
8
9
10
11
12
13
14
15
16
17
MPS
1,200 1,200
800
1,000
1,000
300
2,200
1,400
1,800
600
EXC
Determine the gross requirements schedule for the solar cells, the buttons, the LCD
display, and the main processor chips.
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