If the net power out is 70mw determine the mass flow rate

Assignment Help Mechanical Engineering

Reference no: EM13638051

An ideal Brayton cycle uses air as the working fluid and has a pressure ratio of 12. The compressor inlet temperature is 300K and the turbine inlet temperature is 1000K. If the net power out is 70MW determine the mass flow rate of the air using constant specific heats For: An ideal cycle When the compressor and turbine efficiencies are 85%.

Reference no: EM13638051

Questions Cloud

The ironiii chloride does not react with hydrochloric acid : a mixture containing ironiii sulfide and ironiii chloride isreacted with hydrochloric acid.fe2s3 6hcl --gt 2fecl3

Say a random variable x is drawn uniformly from between 0 : say a random variable x is drawn uniformly from between 0 and 1. say that y sin2pix. what is the covariance between x

How would you interpret the findings of a correlation study : how would you interpret the findings of a correlation study that reported a linear correlation coefficient of 0.3?a.

A meter stick is charged with 20 micro coulombs by placing : a meter stick is charged with 20 micro coulombs by placing it on a van de graff generator. assume that the charge is

If the net power out is 70mw determine the mass flow rate : an ideal brayton cycle uses air as the working fluid and has a pressure ratio of 12. the compressor inlet temperature

Two positive point charges q1 16 micro coulombs and q2 4 : two positive point charges q1 16 micro coulombs and q2 4 micro coulombs are seperated in a line by a distance of 3

A wall is composed of a 12-cm-thick layer of material a and : a wall is composed of a 12-cm-thick layer of material a and a 20-cm-thick layer of material b. the temperature of the

Consider an xy plane with charges located at the following : consider an xy plane with charges located at the following points q1 is located at x0 y0 and has a magnitude of 4 micro

Air from the surroundings enters the tank at a rate of 181 : a tank with a volume of 0.142 m3 is initially evacuated. the tank develops a small hole. air from the surroundings

User Account

All Pages