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Topic: Internal Energy problem  (Read 1801 times)

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Offline jas244510

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Internal Energy problem
« on: April 04, 2018, 02:08:09 PM »
Question:
One mole of a gas, initially at STP,  absorbs 625 J of energy.  The temperature rises to 298 K.  The pressure remains constant.  The internal energy, ΔE is ___?
Given: 1 Liter  atm = 101.3 J
A) -833 J
B) 833 J
C) 417.08 J
D) 417 J

How would you solve this problem? Could someone please show me step by step how to work it out?

Offline Arkcon

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Re: Internal Energy problem
« Reply #1 on: April 04, 2018, 03:54:03 PM »
Hi there jas244510:, I hope you'll trouble yourself to review our Forum Rules{click}.  You already accepted the rules when you signed up for our forum, and you have to follow them, whether you agree with them or not, or even if you're unaware of them.

You want it step by step, which is the same thing as saying for us to do it all for you.  We don't do that here.  Have you recently been taught a formula that relates the information you have?
Hey, I'm not judging.  I just like to shoot straight.  I'm a man of science.

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