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Water (density=1000 kg m?3) is pumped at a rate of 36 m3/h, from a tank 2 m below the pump, toan overhead pressurized vessel 10 m above the pump. The pressure values at the point of suctionfrom the bottom tank and at the discharge point to the overhead vessel are 120 kPa and240 kPa, respectively. All pipes in the system have the same diameter. Take acceleration due togravity, g = 10 ms?2. Neglecting frictional losses, what is the power (in kW) required to deliverthe fluid?a)1.2b)2.4c)3.6d)4.8Correct answer is option 'B'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared
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the GATE exam syllabus. Information about Water (density=1000 kg m?3) is pumped at a rate of 36 m3/h, from a tank 2 m below the pump, toan overhead pressurized vessel 10 m above the pump. The pressure values at the point of suctionfrom the bottom tank and at the discharge point to the overhead vessel are 120 kPa and240 kPa, respectively. All pipes in the system have the same diameter. Take acceleration due togravity, g = 10 ms?2. Neglecting frictional losses, what is the power (in kW) required to deliverthe fluid?a)1.2b)2.4c)3.6d)4.8Correct answer is option 'B'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam.
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Here you can find the meaning of Water (density=1000 kg m?3) is pumped at a rate of 36 m3/h, from a tank 2 m below the pump, toan overhead pressurized vessel 10 m above the pump. The pressure values at the point of suctionfrom the bottom tank and at the discharge point to the overhead vessel are 120 kPa and240 kPa, respectively. All pipes in the system have the same diameter. Take acceleration due togravity, g = 10 ms?2. Neglecting frictional losses, what is the power (in kW) required to deliverthe fluid?a)1.2b)2.4c)3.6d)4.8Correct answer is option 'B'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
Water (density=1000 kg m?3) is pumped at a rate of 36 m3/h, from a tank 2 m below the pump, toan overhead pressurized vessel 10 m above the pump. The pressure values at the point of suctionfrom the bottom tank and at the discharge point to the overhead vessel are 120 kPa and240 kPa, respectively. All pipes in the system have the same diameter. Take acceleration due togravity, g = 10 ms?2. Neglecting frictional losses, what is the power (in kW) required to deliverthe fluid?a)1.2b)2.4c)3.6d)4.8Correct answer is option 'B'. Can you explain this answer?, a detailed solution for Water (density=1000 kg m?3) is pumped at a rate of 36 m3/h, from a tank 2 m below the pump, toan overhead pressurized vessel 10 m above the pump. The pressure values at the point of suctionfrom the bottom tank and at the discharge point to the overhead vessel are 120 kPa and240 kPa, respectively. All pipes in the system have the same diameter. Take acceleration due togravity, g = 10 ms?2. Neglecting frictional losses, what is the power (in kW) required to deliverthe fluid?a)1.2b)2.4c)3.6d)4.8Correct answer is option 'B'. Can you explain this answer? has been provided alongside types of Water (density=1000 kg m?3) is pumped at a rate of 36 m3/h, from a tank 2 m below the pump, toan overhead pressurized vessel 10 m above the pump. The pressure values at the point of suctionfrom the bottom tank and at the discharge point to the overhead vessel are 120 kPa and240 kPa, respectively. All pipes in the system have the same diameter. Take acceleration due togravity, g = 10 ms?2. Neglecting frictional losses, what is the power (in kW) required to deliverthe fluid?a)1.2b)2.4c)3.6d)4.8Correct answer is option 'B'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Water (density=1000 kg m?3) is pumped at a rate of 36 m3/h, from a tank 2 m below the pump, toan overhead pressurized vessel 10 m above the pump. The pressure values at the point of suctionfrom the bottom tank and at the discharge point to the overhead vessel are 120 kPa and240 kPa, respectively. All pipes in the system have the same diameter. Take acceleration due togravity, g = 10 ms?2. Neglecting frictional losses, what is the power (in kW) required to deliverthe fluid?a)1.2b)2.4c)3.6d)4.8Correct answer is option 'B'. Can you explain this answer? tests, examples and also practice GATE tests.