State thermo chemical equation for the formation of ammonia

Reference no: EM13671613

The thermo chemical equation for the formation of ammonia from elemental nitrogen and hydrogen is as follows.

N2(g) + 3 H2(g) D 2NH3(g) DH = -92.2 kJ

Explain which of the following will drive the equilibrium system to the right?

a. adding NH3(g)
b. removing N2(g)
c. increasing the volume of the reactionvessel
d. increasing the temperature
e. adding H2(g)

Reference no: EM13671613

Questions Cloud

State an equation for the neutralization reaction : Explain how do you write an equation for the neutralization reaction in which calcium nitrate is the salt that is formed

State a balanced chemical equation for chemical reaction : If hydrogen and Fe3O4 are the products when iron as well as steam is mixed, state a balanced chemical equation for this chemical reaction

Explain how do you write a balanced chemical equation : Explain how do you write a balanced chemical equation for the production of sulfuric acid when sulfur trioxide is mixed with water

The sample is dissolved diluted hydrochloric acid solution : A water soluble sample containing an unknown amount of sulfate ion weighted 4892g. The sample is dissolved in diluted hydrochloric acid solution. Then barium chloride solution is added causing the formation of barium sulfate.

State thermo chemical equation for the formation of ammonia : Explain which of the following will drive the equilibrium system to the right. The thermo chemical equation for the formation of ammonia from elemental nitrogen and hydrogen is as follows.

Explain thehydronium-hydroxide balance in a solution : Which of the subsequent statements correctly explain thehydronium-hydroxide balance in a given solution

Explain make a born-haber cycle for the formation of li3n : Make a Born-Haber cycle for the formation of Li3N. Presume that the lattice energy is 4266kJ/mol and the heat of formation is -195.5 kJ/mol. Show me an example with estimated Ionization Energies

Forecast on the basis of hsab principles : On the basis of HSAB principles, forecast which species in each of the subsequent would be more soluble in water and explain the answer.

Utilizing the drago e and c parameters compute the enthalpy : Utilizing the Drago E and C parameters Compute the enthalpy of formation of the 1:1 addition compound between BF3 and (CH3CH2)2O in units of kcal/mol.

User Account

All Pages