The fertilizer battery An electrochemical battery is used to provide 1 milli-watt (1mW) of power to a small LED light. The chemical reaction that drives the battery is: 1/2 N2(g) + 3/2 H2(g) –> NH3(g)   (a) What is the change in free-energy for the reaction under standard conditions? (b) Calculate the free-energy change for the reaction at 50°C and 1 atm partial pressure for all reactants/products. State any assumption made in the calculation. (c) The limiting reactant of the battery is 100g of H2. Calculate the maximum length of time (in seconds) the light can operate at 25°C

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The fertilizer battery An electrochemical battery is used to provide 1 milli-watt (1mW) of power to a small LED light. The chemical reaction that drives the battery is: 1/2 N2(g) + 3/2 H2(g) –> NH3(g)
 
(a) What is the change in free-energy for the reaction under standard conditions?
(b) Calculate the free-energy change for the reaction at 50°C and 1 atm partial pressure for all reactants/products. State any assumption made in the calculation.
(c) The limiting reactant of the battery is 100g of H2. Calculate the maximum length of time (in seconds) the light can operate at 25°C
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