Calculate the true volumetric flow rate of methane in the

Assignment Help Civil Engineering

Reference no: EM13559307

A previously calibrated rotometer is being used to measure a gas flow. The old calibration curve is a straight line described by the following equation:

Q=1.10RR-0.50

Where

Q=flow, liters/minute

RR=rotometer readi g, dimensionless

The rotometer was calibrated using ethane (C2H6) at 1.40atm and 60*F. The gas presently bei g used is methane (CH4) at 1.10atm and 100*F.

A. Calculate the true volumetric flow rate of methane in the rotometer whe. The rotometer reads 4.0.

B. Calculate the mass flow rate of methane in g/min.

Reference no: EM13559307

Questions Cloud

Evaluate what is the frequency heard by the observer : A train at rest emits a sound at a frequency of 1000 Hz. What is the frequency heard by the observer

Evaluate the work done by the aluminum : A 3.0 kg block of aluminum isheated from 20°C to 90°C at atmospheric pressure. Find the work done by the aluminum

Calculate the concentration of pm in the stack : A stack (T=550*F and P=750mm Hg) was sampled using EPA Method 5. The total gas volume that flowed through the dry gas meter was 2.785 cubic meters (at T=60*F and P=800mm Hg). The mass of particles collected was 1.50g. Also, 72.0g of H2O was collected..

Obtain what was the speed of the car before impact : An automobile having a mass of 1000 kg is driven into a brickwall in a safety test. What was the speed of the car before impact

Calculate the true volumetric flow rate of methane in the : A previously calibrated rotometer is being used to measure a gas flow. The old calibration curve is a straight line described by the following equation:

Calculate the average atomic mass of lithium : The isotope lithium-7 has a mass of 7.0160 atomic mass units, andthe isotope lithium-6 has a mass of 6.0151 atomic mass units. calculate the average atomic mass of lithium

Estimate the daily emissions of particles from a solid-waste : Estimate the daily emissions of particles from a solid-waste incinerator emitting at 0.18g/dscm. The incinerator burns 50 tonnes per day (1 tonne= 1 metric ton= 1000kg) and exhausts gases in a ratio of 20kg of gases per kg of feed

Find the resulting compressional force on the earth : suppose that 1.00g of ydrogen is seperated into electrons andprotons. supoose also that the protons are placed at theEarth's North Pole, What is the resulting compressional force on the Earth

Determine the horizontal distance the shot travels from the : When the athlete releases the shot, it is 1.88 above the ground and its initial velocity is = 13.6 . The angle of the release is 30 degrees. Determine the horizontal distance the shot travels from the point of release to the point where it hits the g..

User Account

All Pages