EXAMPLE: Standard and True Volumetric Flow Rates The flow rate of a methane stream at 285 °F and 1.30 atm is measured with an orifice meter. The calibration chart for the meter indicates that the flow rate is 3.95x105 SCFH (standard cubic feet per hour [ft3 (STP)/h]). Calculate the molar flow rate and the true volumetric flow rate of the stream.

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Q: Benzene is flowing through a pipeline (4.0 cm inside diameter) at a rate of 175 kmol/h.

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Q: Example 2.1 : Calculate the rate of heat loss through a wall of k = 0.70 W/(m K)] 5 m in length, 4 m…

A: Above problem is based on conductio.Conduction is an mode of heat transfer which is define as the…

Q: A liquid-liquid hydrocyclone in the form of an inverted cone with an initial liquid level H is about…

A: Given: Vout=2gh Tank dia=D= Hole dia=d=8 inch Initial height of the liquid= h=5 m We want to…

Q: Is the flow laminar or turbulent? b) How much power in hp is required from the pump (assume 70%…

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Q: A fluid of unknown density is used in two manometers—one sealed-end, the other across an orifice in…

A: It is given that a fluid of same unknown density is used in two manometers—one sealed-end, the other…

Q: Natural gas at 70°F is flowing at a steady mass rate through a steel pipe with an inside diameter of…

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Q: Water is discharged steadily from a tank to the atmosphere thre (roughness e = 0.046 mm). The…

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Q: normal pressure drop through the 4 cm long section of artery

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Q: Show how they got these answers please!

A: Based on the given attachments, let us dissect each step needed to solve the problem. Given…

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Q: There is a head of 0.25 m above the top of a rectangular orifice that is 0.4 m wide and 0.3 m deep.…

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Q: 2. The specific gravity of gasoline is approximately 0.70. (a) Determine the mass (kg) of 50.0…

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Q: The U pipe manometer is used to measure the pressure difference in a tank. Light fluids are…

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Principal Quantities and EOS

A physical quantity represents the physical state of a system. It is expressed as the product of a number and unit. The basic quantities used in science are length, mass, and time. The principal quantities are the quantities that are independent of other quantities.