Gaseous hydrogen can be produced by the steam cracking of methane in a catalytic reactor at 500C and 1 bar according to the following reaction (a) If 5 moles of steam are fed into the reactor for every mole of methane, at equilibrium, how many moles of hydrogen are produced (b) If we build a reacto...

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Gaseous hydrogen can be produced by the steam cracking of methane in a catalytic reactor at 500C

Question:

Gaseous hydrogen can be produced by the steam cracking of methane in a catalytic reactor at 500°C and 1 bar according to the following reaction: image text in transcribed

(a) If 5 moles of steam are fed into the reactor for every mole of methane, at equilibrium, how many moles of hydrogen are produced?

(b) If we build a reactor and run it under these conditions, could we ever get a lower conversion (less hydrogen) than that calculated in part (a)? Can we ever get a higher conversion? Explain.

(c) Would it make sense to increase the pressure in order to increase the equilibrium conversion?
Explain.

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