A 50-kilowatt gas turbine has an investment cost of $37,000. It costs another $10,000 for shipping, insurance, site preparation, fuel lines, and fuel storage tanks. The operation and maintenance expense for this turbine is $450 per year Additionally, the hourly fuel expense for running the turbine is $7.75 per hour, and the turbine is expected to operate 3,000 hours each year. The cost of dismantling and disposing of the turbine at the end of its 9-year life is $8,000 a. If the MARR is 15% per year, what is the annual equivalent life-cycle cost of the gas turbine? b. What percent of annual life-cycle cost is related to fuel? Click the icon to view the interest and annuity table for discrete compounding when the MARR is 15% per year. a. The annual equivalent life-cycle cost of the gas turbine is $ (Round to the nearest dollar) CDS
A 50-kilowatt gas turbine has an investment cost of $37,000. It costs another $10,000 for shipping, insurance, site preparation, fuel lines, and fuel storage tanks. The operation and maintenance expense for this turbine is $450 per year Additionally, the hourly fuel expense for running the turbine is $7.75 per hour, and the turbine is expected to operate 3,000 hours each year. The cost of dismantling and disposing of the turbine at the end of its 9-year life is $8,000 a. If the MARR is 15% per year, what is the annual equivalent life-cycle cost of the gas turbine? b. What percent of annual life-cycle cost is related to fuel? Click the icon to view the interest and annuity table for discrete compounding when the MARR is 15% per year. a. The annual equivalent life-cycle cost of the gas turbine is $ (Round to the nearest dollar) CDS
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
100%
Use the chart to get the answers to the question. Please help.
Transcribed Image Text:qu
More Info
N
1
23
4
5
6
7
8
9
10
Single Payment
Compound
Amount
Factor
To Find F
Given P
FIP
1.1500
1.3225
1.5209
1.7490
2.0114
Discrete Compounding; i=15%
2.3131
2.6600
3.0590
3.5179
4.0456
Present
Worth Factor
To Find P
Given F
PIF
0.8696
0.7561
0.6575
0.5718
0.4972
0.4323
0.3759
0.3269
0.2843
0.2472
Print
Compound
Amount
Factor
To Find F
Given A
FIA
1.0000
2.1500
3.4725
4.9934
6.7424
8.7537
11.0668
13.7268
16.7858
20.3037
Uniform Series
Present
Worth Factor
To Find P
Given A
PIA
0.8696
1.6257
2.2832
2.8550
3.3522
3.7845
4.1604
4.4873
4.7716
5.0188
Done
Sinking
Fund
Factor
To Find A
Given F
AIF
1.0000
0.4651
0.2880
0.2003
0.1483
0.1142
0.0904
0.0729
0.0596
0.0493
Capital
Recovery
Factor
To Find A
Given P
ΑΙΡ
1.1500
0.6151
0.4380
0.3503
0.2983
0.2642
0.2404
0.2229
0.2096
0.1993
I
Transcribed Image Text:A 50-kilowatt gas turbine has an investment cost of $37,000. It costs another $10,000 for shipping, insurance, site preparation, fuel lines, and fuel storage tanks. The operation and maintenance expense for this
turbine is $450 per year. Additionally, the hourly fuel expense for running the turbine is $7.75 per hour, and the turbine is expected to operate 3,000 hours each year. The cost of dismantling and disposing of the
turbine at the end of its 9-year life is $8,000
a. If the MARR is 15% per year, what is the annual equivalent life-cycle cost of the gas turbine?
b. What percent of annual life-cycle cost is related to fuel?
Click the icon to view the interest and annuity table for discrete compounding when the MARR is 15% per year.
a. The annual equivalent life-cycle cost of the gas turbine is $ (Round to the nearest dollar.)
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