Asked by John
2 H2O (l) → 2 H2 (g) + O2 (g)
What volume of water in gallons would need to be split to store the same amount of energy as found in 10.0 gallons of gasoline? (Gasoline contains 44.4 MJ/kg, or 32.0 MJ/L, and has a density of 0.72 g/mL where 1 L = 0.2641775 gal). Include your work.
What volume of water in gallons would need to be split to store the same amount of energy as found in 10.0 gallons of gasoline? (Gasoline contains 44.4 MJ/kg, or 32.0 MJ/L, and has a density of 0.72 g/mL where 1 L = 0.2641775 gal). Include your work.
Answers
Answered by
DrBob222
John--How much have you done?
Answered by
bobpursley
find the heat in 10 gal gasoline:
heat= 44.4MJ/kg*.72kg/liter*1liter/.264gal*10 gal
now, having that.
You need the Heat of formation for H2O, or the heat of reaction for the reaction above.
heatabove=Hfwater(in J/mole)*1mole/18grams*1kg/liter*1liter/.264gal*XXXGal
solve for xxxgal
heat= 44.4MJ/kg*.72kg/liter*1liter/.264gal*10 gal
now, having that.
You need the Heat of formation for H2O, or the heat of reaction for the reaction above.
heatabove=Hfwater(in J/mole)*1mole/18grams*1kg/liter*1liter/.264gal*XXXGal
solve for xxxgal
Answered by
Professor Moore
I am so disappointed in you.
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