Question

In: Mechanical Engineering

Question of Thermodynamics Q2    Ethyl alcohol is burnt in a petrol engine, calculate A     stoichiometric A/F...

Question of Thermodynamics

Q2    Ethyl alcohol is burnt in a petrol engine, calculate
A     stoichiometric A/F ratio.
B    Air fuel ration and wet and dry analysis of exhaust gases by volume of exhaust gases for mixture strength of (90%+Last digit of your roll number).
C    Air fuel ration and wet and dry analysis of exhaust gases by volume of exhaust gases for mixture strength of (120%%+Last digit of your roll number).

Last Digit is 1. Kindly solve it step by step as it is for final practice.

Solutions

Expert Solution

Hi.Here i have solved three parts of the questions using some standard concepts and combustion reaction equations.Attaching the answers below.

Thank you.

  

  

  

  


Related Solutions

A) Calculate how much 95% Ethyl Alcohol will be required to dissolve 0.1 g sulfanilamide at...
A) Calculate how much 95% Ethyl Alcohol will be required to dissolve 0.1 g sulfanilamide at 78 C. (At 80 C, solubility = 210 mg/mL) B) Using the volume of solvent calculated in Step 1, calculate how much sulfanilamide will remain dissolved in the mother liquid after the mixture is cooled to ) C. (At 0 C, solubility = 14 mg/mL)
Thermodynamics question: Calculate: (a) the average translational kinetic energy of a neon atom at room temperature....
Thermodynamics question: Calculate: (a) the average translational kinetic energy of a neon atom at room temperature. (b) the average translational kinetic energy of a golfball at room temperature (in a gas of golfballs). (c) the root-mean-square speed of a neon atom at room temperature. What is the Mach number for this speed? (d) the root-mean-square speed of a golfball at room temperature (in a gas of golf- balls).
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT