If the work output is 1000 kjkg calculate the maximum

Assignment Help Mechanical Engineering

Reference no: EM13643637

An otto cycle is proposed to have a compression ratio of 10:1 while operating with the low air temperature of 277 degree C and a low pressure of 200 kpa. If the work output is 1000 kj/kg, calculate the maximum possible thermal efficiency and compare with carnot cycle. Also, calculate the MEP. Assume constant specific heats.

Reference no: EM13643637

Questions Cloud

Derive an expression for the terminal velocity of the bar : a rectangle frame of conducting wire has negligible resistance and width w and is held vertically in a magnetic field

Determine the time at which the velocity is equal to zero : the equation below defines the acceleration of a particle where a is in ms2 and t is in seconds. determine the position

Calculate the mass feed rate of hydrogen kgs required : acetylene is hydrogenated to form ethane c2h6. the feed to thereactor contains 1.5 mol h2mol c2h2.a. calculate the

Ch3cl aq oh- aq ----gt ch3oh aq cl- aqnbspnbsp : consider the reaction of chloromethane with oh- in aqueous solutionnbspnbspnbspkfch3cl aq oh- aq ----gt ch3oh aq cl-

If the work output is 1000 kjkg calculate the maximum : an otto cycle is proposed to have a compression ratio of 101 while operating with the low air temperature of 277 degree

A 071-um-diameter droplet of oil having a charge of is : in the early 1900s robert millikan used small charged droplets of oil suspended in an electric field to make the first

The cycle work is 1000 kjkg what is the compression ratio : an engine operates on the air standard otto cycle. the cycle work is 1000 kjkg. what is the compression ratio of the

In the first 130 of this reaction the concentration of : consider the following reaction2hbr g--gt h2 g br2 gin the first 13.0 of this reaction the concentration of dropped

An air standard otto cycle has the following cycle states : an air standard otto cycle has the following cycle states where state a is the beginning of the isentropic compression

User Account

All Pages