Determine the partial pressure of co2 in atm

Assignment Help Physics

Reference no: EM13336699

At a power plant, an infrared analyzer is used for measuring the concentration of carbon dioxide (CO2) in flue gas at the upstream of an amine wet scrubber. The concentration was reported as 10% CO2 at a temperature of 30oC and a pressure of 1.2 atm. The flow rate of flue gas is 18,000 m3/min. Determine the Partial pressure of CO2 in atm.

Reference no: EM13336699

Questions Cloud

What is the angle of the pendulum : Assuming that vertical = 0 degrees, the angle of the pendulum oscillates between the maximum amplitudes: -theta max and theta max. What is the angle of the pendulum at which the gravitational potential energy is minimum

How many addresses are left : Create 3 subnets for this organisation with the first subblock of 250 addresses, the second subblock of 60 addresses and the third subblock of 12 addresses.

How many periodic, expiration running in router x : Assuming no other route update message has been received, show the updated routing table after router X has received the RIP message shown below from router C after 200s.

Determine the distance that the block slides : A block of mass 2.1 kg, which has an initial velocity of 5.3m/s at time t = 0, slides on a horizontal surface. Determine the distance that the block slides as it comes to rest

Determine the partial pressure of co2 in atm : The concentration was reported as 10% CO2 at a temperature of 30oC and a pressure of 1.2 atm. The flow rate of flue gas is 18,000 m3/min. Determine the Partial pressure of CO2 in atm.

Planned investment : planned investment

Explain potassium permanganate solution : When compound Y is treated with hot, basic potassium permanganate solution, the only products produced are acetic acid (CH3CO2H) and carbon dioxide. Propose a structure for compound Y.

Estimate the frequency of the system : An object with a mass of 500g is attached to a spring. The system is moving in simple harmonic motion with an amplitude of 0.020m, What is the frequency of the system

List the formulas for finding means and standard deviation : The radius of the GM tube's window is 3.5 cm. The source is 3 cm from the GM tube. Compare the surface area of a sphere 3 cm from the source to the area of the GM tube's window.

User Account

All Pages