Write an equation showing the relationship between
i) the rate of production of oxygen and the consumption of dinitrogen pentoxide
ii) the rate of production of oxygen and the rate of production of nitrogen dioxide
iii) the rate of consumption of dinitrogen pentoxide and the production of nitrogen dioxide
Is this the equation? If not correct it and make the necessary adjustment to the answers.
2N2O5 ==> 4NO2 + O2
a. +d(O2)/dT; -1/2 d(N2O5)/dT
b.c. etc.
i) The equation is as follows:
Rate of production of oxygen = k1 * rate of consumption of dinitrogen pentoxide
In this equation, k1 represents the rate constant that determines the proportionality between the rate of oxygen production and the rate of dinitrogen pentoxide consumption.
To determine the value of the rate constant, experimental data is needed, where the rate of oxygen production and the rate of dinitrogen pentoxide consumption are measured simultaneously under different conditions. By plotting the data and analyzing the slope of the resulting graph, the rate constant (k1) can be determined.
ii) The equation is as follows:
Rate of production of oxygen = k2 * rate of production of nitrogen dioxide
Similar to the previous equation, k2 represents the rate constant that determines the proportionality between the rate of oxygen production and the rate of nitrogen dioxide production. Experimental data is required to determine the specific value of k2.
iii) The equation is as follows:
Rate of consumption of dinitrogen pentoxide = k3 * rate of production of nitrogen dioxide
In this equation, k3 represents the rate constant that determines the proportionality between the rate of dinitrogen pentoxide consumption and the rate of nitrogen dioxide production. Once again, experimental data is necessary to find the value of k3.