Question Table Q4 shows information for systems A and B. By using the information provided determine: Table Q4 Information on System A & B System A Output Dollar spent $ spent for day Other cost Output Expenditure $ spent for day Other cost System B X1 unit per day Y1 per unit Kl per day Z1 per day X2 unit per day Y2 per unit K2 per day Z2 per day a. Assuming that system A is stable, determine the following: i. The 100% output of system A, if the output per maximum is noted to be at 60%. ii. The unit of output considering losses, if the output of system A is 30% higher than the one given in Table above and the output per unit effective capacity is 0.65. iii. From (i), determine the new quantity (unit) of the output to reach an additional 20% increment in unit per maximum for system A. iv. The quantity (unit) of the output for A that should be able to be collected if the efficiency is 80%, the unit of the output is the same as (ii). b. Assuming that both systems are stable and operating 10 hours per day with one manpower getting a salary of $200 per day, determine the following: i. The productivity of output per dollar of system B. ii. The productivity of the system B with respect to per working duration if there is 10% increment in actual output of B. iii. The change of the productivity of system A in comparison to system B as per dollar with respect to the given data. Have system A as the new or proposed system. iv. The change of productivity of system A in comparison to system B as per unit working hour with respect to the given data. Have system A as the new or proposed system. Have system A as the new or proposed system.
Question Table Q4 shows information for systems A and B. By using the information provided determine: Table Q4 Information on System A & B System A Output Dollar spent $ spent for day Other cost Output Expenditure $ spent for day Other cost System B X1 unit per day Y1 per unit Kl per day Z1 per day X2 unit per day Y2 per unit K2 per day Z2 per day a. Assuming that system A is stable, determine the following: i. The 100% output of system A, if the output per maximum is noted to be at 60%. ii. The unit of output considering losses, if the output of system A is 30% higher than the one given in Table above and the output per unit effective capacity is 0.65. iii. From (i), determine the new quantity (unit) of the output to reach an additional 20% increment in unit per maximum for system A. iv. The quantity (unit) of the output for A that should be able to be collected if the efficiency is 80%, the unit of the output is the same as (ii). b. Assuming that both systems are stable and operating 10 hours per day with one manpower getting a salary of $200 per day, determine the following: i. The productivity of output per dollar of system B. ii. The productivity of the system B with respect to per working duration if there is 10% increment in actual output of B. iii. The change of the productivity of system A in comparison to system B as per dollar with respect to the given data. Have system A as the new or proposed system. iv. The change of productivity of system A in comparison to system B as per unit working hour with respect to the given data. Have system A as the new or proposed system. Have system A as the new or proposed system.
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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Table Q4 shows information for systems A and B. By using the information provided determine:
Table Q4 Information on System A & B
System A
Output
X1 unit per day
Dollar spent
Y1 per unit
$ spent for day
Kl per day
Other cost
Z1 per day
System B
Output
X2 unit per day
Expenditure
Y2 per unit
$ spent for day
K2 per day
Other cost
Z2 per day
a. Assuming that system A is stable, determine the following:
i. The 100% output of system A, if the output per maximum is noted to be at 60%.
ii. The unit of output considering losses, if the output of system A is 30% higher than the one
given in Table above and the output per unit effective capacity is 0.65.
iii. From (i), determine the new quantity (unit) of the output to reach an additional 20%
increment in unit per maximum for system A.
iv. The quantity (unit) of the output for A that should be able to be collected if the efficiency
is 80%, the unit of the output is the same as (ii).
b. Assuming that both systems are stable and operating 10 hours per day with one manpower
getting a salary of $200 per day, determine the following:
i. The productivity of output per dollar of system B.
ii. The productivity of the system B with respect to per working duration if there is 10%
increment in actual output of B.
iii. The change of the productivity of system A in comparison to system B as per dollar with
respect to the given data. Have system A as the new or proposed system.
iv. The change of productivity of system A in comparison to system B as per unit working hour
with respect to the given data. Have system A as the new or proposed system. Have system
A as the new or proposed system.
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