How Much Energy Is Produced by the Reaction of H and F?

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The reaction of hydrogen (H) and fluorine (F) generates approximately 500 kJ/mol of energy. In a specific scenario, reacting 2.0 kg of H with 38 kg of F yields 2 kmol of HF, producing a total of 5.0 x 10^5 kJ of energy. One mole of H2 reacts with one mole of F2 to release this energy. The calculation involves determining the energy output from 1 kmol of H2 with the appropriate stoichiometric amount of fluorine. The discussion emphasizes the importance of understanding the energy yield in fusion reactions.
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I Have A Question about FUSION! Please Help!

I Have A Question about FUSION! Please Help!


the reaction of H and F produces about 500 kj/mol of energy:

how much energy is produced by the reaction of 2.0kg of H with 38 kg of F to produce 2 kmol of HF?

i know the answer is 5.0x 10 to the exponent 5 kJ... but I'm not sure why...


PLEASE HELP!
thanks for your time =D
 
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1 mole of H_{2} produces,in a reaction with 1 mole of F_{2},500 KJ of energy.

How much energy would

1 Kmol of H_{2} produce when reacted with a stoichiometric amount of fluorine??

Daniel.
 
Please,do not double (multiple) post...

Daniel.
 
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