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33.6 L of CH4 are combusted under a dish containing ice. change in Hrxn for the combustion of CH4 is -802kJ/mol. How many grams of ice can you melt if none of the heat is lost to the environment? (change Hfus=6.00 kJ/mol)

2007-12-08 11:19:51 · 2 answers · asked by pochacco90630 1 in Science & Mathematics Chemistry

2 answers

Calculate how many moles are in 33.6 L.

Moles X 802kJ/mol = total heat.

Total heat / 6.00 kJ/mol = moles of ice

moles of ice X mol wt. of ice = grams of ice melted

2007-12-08 12:23:48 · answer #1 · answered by Tim C 7 · 0 0

no clue
i'm in the 8th grade and i'm failing science lol.

2007-12-08 19:22:42 · answer #2 · answered by Sasquatch 3 · 0 0

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