Please find

Calculate the EUAC value for Pump A if the pumping system is expected to operate_______hours per year.

EUAC Subscript Upper A Baseline left parenthesis 10 % right parenthesisEUACA(10%)equals= _____(Round to the nearest dollar.)

Calculate the EUAC value for Pump B if the pumping system is expected to operate____hours per year.

EUAC Subscript Upper B Baseline left parenthesis 10 % right parenthesisEUACB(10%)equals= _____(Round to the nearest dollar.)

If the pumping system is expected to operate______hours per year, Pump

B

should be recommended.

b. Pump

Upper AA

is preferred to Pump___Upper

if the pumping efficiency of Pump ____Upper

is over ______%.

(Round to one decimal place.)

Assigned Media Question Help Problem 11-6 (algorithmic) An area can be irrigated by pumping water from a nearby river. Two competing installations are being considered Pump A Pump B The MARR is 10% per year and electric power for the pumps costs $0.08 per 6 in. System 8 in. System kWh. Recall that 1 horsepower (hp) equals 0.746 kilowatts. 17 hp 14 hp Operating load on motor a. At what level of operation (hours per year) would you be indifferent between the Efficiency of pump motor 0.65 0.80 two pumping systems? If the pumping system is expected to operate 3,000 hours $2,570 Cost of installation $4,580 per year, which system should be recommended? $90 Market value $10 b. Perform a sensitivity analysis on the efficiency of Pump A. Over what range of Useful life 6 years pumping efficiency is Pump Apreferred to Pump B? Assume 3,000 hours of 6 years operation per year. Click the icon to view the interest and annuity table for discrete compounding when the MARR is 10% per year. a. The two pumping systems are identical if the level of operation is hours per year (Round to the nearest whole number)