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{:("Column-"," Column-II "),("A) Boyle's...

`{:("Column-"," Column-II "),("A) Boyle's law ","P)" P_("obs") = P_("atm") +P_("water vapour")),("B) Avagadro's law ","Q)" V_1 = n_1 ((V_2)/(n_2))),("C) Charles' law ","R)" V_t = V_0 (1 + t/273)),("D) Dalton's law ","S)" V_1 = P_2((V_2)/(P_1))):}`

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gas laws.
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Explore conceptually related problems

{:("LIST - 1","LIST - 2"),("A) Boyle's law ",(1) P_("obs") =P_("atm") +P_("water vapour")),("B) Avagadro law ",(2) V_1 = n_1((V_2)/(n_2))),("C) Charles law ",(3) V_t = V_0(1 + t/(273))),("D) Dalton's law ",(4) V_1 = P_2((V_2)/(P_1))):} The correct match is

{:("Column-I ","Column-II "),("A) Boyle's law ","P)" (P_1)/(T_1) = (P_2)/(T_2)),("B) Avogadro law ","Q)" V_1 = n_t((V_2)/(n_2))),("C) Charles law ","R)" V_1 = V_0 (1 + t/(273))),("D) Gay Lussac's law ","S)" V_1 = P_2((V_2)/(P_1))):}

Knowledge Check

  • underset(P_(1), V_(1), T_(1))("State") A overset("Rev")rarr underset(P_(2), V_(2), T_(2))("State B") : If P_(1) = P_(2) then

    A
    `underset("universe")(Delta S) = 0`
    B
    `underset("universe")(Delta S) = 1`
    C
    `underset("universe")(Delta S) gt 0`
    D
    `underset("universe")(Delta S) lt 0`

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