Question

A gas phase reaction R-A + B + C + D is of first
order. The initial pressure was to where pressure
after 10 minutes was y. The correct expression for
rate constant k is

Answer 1

Answer:

Explanation:

R- A+B+C+D

P at

T equals 0 0 0 0 0

AT TIME T $- g g g g g

Answer 2

Concept Introduction:-

It could take the shape of a word or a numerical representation of a quantity's arithmetic value.

Given Information:-

We have been given that A gas phase reaction $R-A + B + C + D$ is of first order.

To Find:-

We have to find that the correct expression for rate constant k is

Solution:-

According to the problem

$R \rightarrow A+D+C+D$

$x_{0}-0+4a=7$

$x_{0}+3 a+y$

$\frac{[x \mid[5][C][x]}{[n]}-\frac{0}{-8}\\\int 2.3 .3 \log \left(R \frac{R}{R}\right)=k\\8.303 \log \left(\frac{x_{0}}{x_{0}-0}\right)=1 e(10)\\k=\frac{2-303}{10}\left(\log \left[\frac{x_{0}-9}{4 x_{0}-3}\right]\right)\\k=\frac{2.303}{16} \log \left(\frac{7 r_{0}}{4 x_{0}-y}\right)$

Final Answer:-

The correct expression for rate constant k is $\frac{2.303}{16} \log \left(\frac{7 r_{0}}{4 x_{0}-y}\right)$.

#SPJ3