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Engineering Thermodynamics

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khansisters | 16:29 Fri 14th Sep 2018 | Science
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calculate the heat transferred and its direction for a system in which an ideal gas having molecular weight of 16 is compressed from 101 KPa ,27°C to a pressure of 500 KPa following the law PV^1.3=constant.take specific heat at constant pressure of gas as 1.82 KJ/kg K.
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Homework?
Sorry, that's beyond me.


:-)
Are you connected in any way to this organaistaion?

https://www.khanacademy.org/
no I think it is a "problem set"

what we used to call examples classes - but they get them to take home and do themselves
as in do themselves.

not plant on the net and wait for answers
sort of sad really - as there are people around who will help
but are less willing just to grind out someone elses home work
to be fair
https://www.youtube.com/user/khanacademy/playlists

the Khan academy on you tube is a mooc
( massive on line observation course)
and is the brilliant movement to make education available to anyone with an internet link.

Yale Davis and lots of others do this
including MIT - and you know you have to have the IQ of someone like Stephen Hawking to understand one of the MIT lectures - early ones that is!
but you dont get the examples classes, recitations, homework, problem sets, and so on which add up to around $50k y-1

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Engineering Thermodynamics

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