Keeping moles and volume constant, a graph of log(.P.) vslog(.1/T.) is plotted where P represents pressure in atm and T is temperature in Kelvin. What is the incorrect option? [log 3 = 0 .4771]

Question

Keeping moles and volume constant, a graph of log(.P.) vslog(.1/T.) is plotted where P represents pressure in atm and T is temperature in Kelvin. What is the incorrect option? [log 3 = 0 .4771] <img class="img-fluid question-image" alt="Question" src="https://cdn.tardigrade.in/q/nta/c-pmyp1mxc5skzfsnv.jpg" /> (A) α =45o and (nR/V)=3 (B) Slope =-1 and y intercept =0.4771 (C) Slope =-1 and x intercept =0.4771 (D) Slope =-1 and y intercept =3

Tardigrade Admin · Accepted Answer

From graph, logP=y intercept =0.4771

Q. Keeping moles and volume constant, a graph of $l o g (P) v s l o g (1/ T)$ is plotted where P represents pressure in atm and T is temperature in Kelvin. What is the incorrect option? $[l o g 3 = 0.4771]$

$α = 4 5^{o}$ and $\frac{n R}{V} = 3$

Slope $= - 1$ and $y$ intercept $= 0.4771$

Slope $= - 1$ and $x$ intercept $= 0.4771$

Slope $= - 1$ and $y$ intercept $= 3$

From graph,
$l o g P = y$ intercept $= 0.4771$

Q. Keeping moles and volume constant, a graph of log(P)vslog(1/T) is plotted where P represents pressure in atm and T is temperature in Kelvin. What is the incorrect option? [log3=0.4771]

α=45o and VnR​=3

Slope =−1 and y intercept =0.4771

Slope =−1 and x intercept =0.4771

Slope =−1 and y intercept =3