Decomposition of HI(g) on gold surface is zero order reaction. I itially few moles of `H_(2)` are present in container then which of the following graph is correct?

Decomposition of HI (g) on Gold surface is zero order reaction. Initially, few moles of H_(2) are present in container then which of the following graph is correct ? a) b) c) d)

Decomposition of Hl (g) on Gold surface is zero order reaction. Initially, few moles of H_(2) are present in container then which of the following graph is correct ?

Decomposition of Hl (g) on Gold surface is zero order reaction. Initially, few moles of H_(2) are present in container then which of the following graph is correct ?

Decomposition of Hl (g) on Gold surface is zero order reaction. Initially, few moles of H_(2) are present in container then which of the following graph is correct ?

Decomposition of HI on the surface of gold metal is a zero order reaction.It obeys the integrated equation

Which of the following graphs is not for zero order reaction?

Which of the following graph is correct for zero order reaction?

Which of the following graph is correct for zero order reaction?

Decomposition of ammonia on metal surface is a zero order reaction.Plot rate-concentration graph for this reaction.