The reaction $N_2{O}_4(g)2N{O}_2(g)$ occurs in an evacuated container at $373K.$ The concentration of each species is measured

over time and the data are used to make the graph shown above.

a$.$ When does the system reach equilibrium? Justify your answer.

b$.$ At $60s,$ is the rate of the forward reaction greater than, less than, or equal to the rate of the reverse reaction?

Explain your reasoning.

C$.$ Explain why the slope of the $N{O}_2$ is greater than the slope of the $N_2{O}_4.$

The reaction $N_2{O}_4(g)2N{O}_2(g)$ occurs in an evacuated contash $373K.$ The concentration$-$of each species is measured over time and the data are used to make the graph shown above.

a$.$ When does the system reach equilibrium? Justify your answer.

b$.$ At $60s,$ is the rate of the forward reaction greater than, less than, or equal to the rate of the reverse reaction?

Explain your reasoning.

c$.$ Explain why the slope of the $N{O}_2$ is greater than the slope of the $N_2{O}_4.$