Graphs between pressure and volume are plotted at different temperatures. Which of the following isotherms represents Boyle’s law as PV = constant? (T1 T2 T3)

Question

Graphs between pressure and volume are plotted at different temperatures. Which of the following isotherms represents Boyle’s law as PV = constant? (T1 >T2 >T3)

(A) Only (ii) is correct representation of Boyle’s law. (B) Only (iv) is correct representation of Boyle’s law. (C) All are correct representations of Boyle’s law. (D) None of these representations is correct for Boyle’s law.

Tardigrade Admin · Accepted Answer

Byles Law: It states that pressure of a given mass of an ideal gas is inversely proportional at a constant temperature. PV = nRT longrightarrow constant PV = K P = K ((1/ V )) PV =(K/P)(P) log P =- log V + log K <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/c33788dddcb312481b8ce0517a58bc93-.png" />

Q. Graphs between pressure and volume are plotted at different temperatures. Which of the following isotherms represents Boyle’s law as $P V$ = constant?
$(T_{1} > T_{2} > T_{3})$

Only (ii) is correct representation of Boyle’s law.

Only (iv) is correct representation of Boyle’s law.

All are correct representations of Boyle’s law.

None of these representations is correct for Boyle’s law.

Byles Law :
It states that pressure of a given mass of an ideal gas is inversely proportional at a constant temperature.
$P V = n RT ⟶$ constant
$P V = K$
$P = K (\frac{1}{V})$
$P V = \frac{K}{P} (P)$
$lo g P = - lo g V + lo g K$

Q. Graphs between pressure and volume are plotted at different temperatures. Which of the following isotherms represents Boyle’s law as PV= constant? (T1​>T2​>T3​)