#totto cycleitle.., Mechanical Engineering

Assignment Help:
for an otto cycle, compression ratio=8.5:1,air inlet=15degree celsius and pressure=101.3kpa, maximum cycle temperature= 1800degree celsius, what is temperature after compression,temperature after expansion, theoretical work of compression per kg, theoretical work of expansion per kg and the theoretical cycle of efficiency?

Related Discussions:- #totto cycleitle..

IDE101, Polygon law of forces

Polygon law of forces

Represent moment graphically - mechanics, Represent moment Graphically: ...

Represent moment Graphically: How you represent moment Graphically? Sol.: Consider force F which is represented in magnitude and direction, by   line AB . L

Enumerate about the loading conditions, Loading Conditions Non-uniformi...

Loading Conditions Non-uniformity of loading has to be considered in the choice of foundations particularly in highly compressible soils. It is not uncommon for buildings with

Material science, give me assinment for Bearing material

give me assinment for Bearing material

Flash butt welding, Flash Butt Welding The two pieces to be welded are ...

Flash Butt Welding The two pieces to be welded are pressed against each other by applying a pressure. To whatever finish the faces are machined, there will be some protuberance

Hydraulic ram, definition and picture of hyreaulic ram

definition and picture of hyreaulic ram

Expression for the maximum shearing stress, Expression for the maximum shea...

Expression for the maximum shearing stress: Obtain expression for the maximum shearing stress and maximum shearing planes. Sol.: The condition for maximum shearing stress i

Distance between nozzles, Every loaded blade rod is consists of 400 pieces ...

Every loaded blade rod is consists of 400 pieces of blades which around 25cm tall. The blasting nozzle vertical height different is just about 10 cm. The nozzle will blast the blad

Horizontal deflection, truss is shown in the following figure. Compute the ...

truss is shown in the following figure. Compute the horizontal deflection of joint D produced by both the load and fabrication error (bar AE is 40mm too long). For all bars, area A

Relative velocity in mechanism, how can I determine the relative velocity ...

how can I determine the relative velocity in mechanism

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd