Q.17 34 °API gas oil at 80 °F is being pumped from a storage tank on the ground to another tank standing on a hill 390 ft high at a rate of 200 Ib/min through a pipe of 2 in diameter. A 2 hp pump with efficiency of 60% is used to pump the gas oil, and a heater adds 1450 Btu/min to the gas oil during its flowing. The average heat capacity (Cpm) of the gas oil = 0.5 Btu/Ib.°F.Calculate a) The temperature of the gas oil as it enters the elevated tank b)The flowing velocity of the gas oil in ft/sec. Given that °API=(141.5/spg) -131.5, spg Pgasoil Pwater ge=32.17 lbm.ft/lbf.sec2 1 ft=12inch pwater=62.4 1lb/ft³ 1 Btu =252 Cal 1 Btu = 778 ft.lbf 1 hp = 550 ft.lbf/sec
Q.17 34 °API gas oil at 80 °F is being pumped from a storage tank on the ground to another tank standing on a hill 390 ft high at a rate of 200 Ib/min through a pipe of 2 in diameter. A 2 hp pump with efficiency of 60% is used to pump the gas oil, and a heater adds 1450 Btu/min to the gas oil during its flowing. The average heat capacity (Cpm) of the gas oil = 0.5 Btu/Ib.°F.Calculate a) The temperature of the gas oil as it enters the elevated tank b)The flowing velocity of the gas oil in ft/sec. Given that °API=(141.5/spg) -131.5, spg Pgasoil Pwater ge=32.17 lbm.ft/lbf.sec2 1 ft=12inch pwater=62.4 1lb/ft³ 1 Btu =252 Cal 1 Btu = 778 ft.lbf 1 hp = 550 ft.lbf/sec
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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![Q.17 34 °API gas oil at 80 °F is being pumped from a storage tank on the ground to another tank
standing on a hill 390 ft high at a rate of 200 Ib/min through a pipe of 2 in diameter. A 2 hp
pump with efficiency of 60% is used to pump the gas oil, and a heater adds 1450 Btu/min
to the gas oil during its flowing. The average heat capacity (Cpm) of the gas oil = 0.5
Btu/Ib."F.Calculate a) The temperature of the gas oil as it enters the elevated tank
b)The flowing velocity of the gas oil in ft/sec.
Given that 'API=(141.5/spg) -131.5, spg p gasoil/P water
ge=32.17 lbm.ft/lbf.sec?
1 ft=12inch
pwater=62.4 lb/ft3
1 Btu =252 Cal
1 Btu = 778 ft.lbf
1 hp = 550 ft.lbf/sec](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3805a051-360d-460c-a172-b32a62f7c36d%2F5942dadc-1fb9-4408-95da-c2b4f00b6a32%2F5j2axo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q.17 34 °API gas oil at 80 °F is being pumped from a storage tank on the ground to another tank
standing on a hill 390 ft high at a rate of 200 Ib/min through a pipe of 2 in diameter. A 2 hp
pump with efficiency of 60% is used to pump the gas oil, and a heater adds 1450 Btu/min
to the gas oil during its flowing. The average heat capacity (Cpm) of the gas oil = 0.5
Btu/Ib."F.Calculate a) The temperature of the gas oil as it enters the elevated tank
b)The flowing velocity of the gas oil in ft/sec.
Given that 'API=(141.5/spg) -131.5, spg p gasoil/P water
ge=32.17 lbm.ft/lbf.sec?
1 ft=12inch
pwater=62.4 lb/ft3
1 Btu =252 Cal
1 Btu = 778 ft.lbf
1 hp = 550 ft.lbf/sec
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