Data for two 50-h motors are follows: Power cost is 2.00 per kWh. If money is worth 20%, how many hours per year would the motors have to be operated at full load for them to be equally economical? If the expected number of hours of operation per year exceeds the break-even point, which motor is more economical? (Use ROR and AC and draw the breakeven chart)
Data for two 50-h motors are follows: Power cost is 2.00 per kWh. If money is worth 20%, how many hours per year would the motors have to be operated at full load for them to be equally economical? If the expected number of hours of operation per year exceeds the break-even point, which motor is more economical? (Use ROR and AC and draw the breakeven chart)
Chapter5: Operating Activities: Purchases And Cash Payments
Section: Chapter Questions
Problem 4.1C
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Data for two 50-h motors are follows:
Power cost is 2.00 per kWh. If money is worth 20%, how many hours per year would the
motors have to be operated at full load for them to be equally economical? If the
expected number of hours of operation per year exceeds the break-even point,
which motor is more economical? (Use ROR and AC and draw the breakeven chart)
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