Calculate the fuel-air equivalence ratio at which this

Assignment Help Mechanical Engineering

Reference no: EM13639692

Gas is sampled at atmospheric pressure from the exhaust manifold of an internal combustion engine and analyzed. The mole fractions of the species in the exhaust are:

y(H2O) = 0.0468; y(CO2) = 0.0585; y(O2) = 0.123; y(N2) = 0.772

a) Assuming that the fuel is synthetic derived from coal with formula CHZ determine the atomic hydrogen to carbon ratio of the fuel (i.e. z).

b) Calculate the fuel-air equivalence ratio at which this engine is operating.

c) Is it possible to calculate the fuel's molecular weight with the given information? If so, what is the fuel's molecular weight? If not, what additional information would be required?

Reference no: EM13639692

Questions Cloud

Work out the overall combustion reaction for stoichiometric : it is proposed to use liquid petroleum gas lpg to fuel spark-ignition engines. a typical sample of the fuel on a volume

If the propane and air streams enter the chamber at 250degc : propane c3h8 is burned in a combustion chamber at a flow rate of 25.50 m3min with 30.0 excess air. if the propane and

Using the cv compare the variability of the two items : using the cv compare the variability of the two items. suggest reasons for any differencescv of item nr 1cv 0.01837cv

The mean score of a college entrance test is 500 the : the mean score of a college entrance test is 500 the standard deviation is 75. the scores are normally distributed.

Calculate the fuel-air equivalence ratio at which this : gas is sampled at atmospheric pressure from the exhaust manifold of an internal combustion engine and analyzed. the

A manufactured battery is defective with the probability of : a manufactured battery is defective with the probability of 5.in a lot of n200 batteries approximate the probability

A total of 200mol of a compound is allowed to react with : a total of 2.00mol of a compound is allowed to react with water in a foam coffee cup and the reaction produces 110g of

What is the area under the normal curve between z -10 and : what is the area under the normal curve between z -1.0 and z

If the particle has a speed of 840 ms on surface a and : a charged particle of mass 4.20 x 10-2 kg and charge 7.60 x 10-5 c moves from equipotential surface a at a potential of

User Account

All Pages