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Equipartition Theorem

At thermal eq...

Question

At thermal equilibrium :

Δ P = 0

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Δ T = 0

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Δ V = 0

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Δ n = 0

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Solution

The correct option is B $Δ T = 0$
Thermal equilibrium is the condition under which two substances in physical contact with each other exchange no heat energy. Two substances in thermal equilibrium are said to be at the same temperature i.e. $Δ T = 0$

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Similar questions

At constant pressure (∆P=0)

Than, Enthalpy

∆H=∆U+∆(PV)

∆H=∆U+P∆V+V∆P; But as (∆P=0)

∆H=∆U+P∆V

But if the Volume is constant (∆V=0)

Than the equation becomes

∆H=∆U+V∆P

What does this Equation implies and what is it's application?

For the process to occur under adiabatic conditions, the correct condition is:
(i) $Δ T = 0$
(ii) $Δ p = 0$
(iii) q = 0
(iv) w = 0

(Δ n \neq 0)

K_{c}

a_{k} > 0 \forall k \geq 1 a n d a_{1}, a_{2}, a_{3} . . .

Δ_{n} = 0 \forall n \geq 1

a_{1}, a_{2}, a_{3} . . .

Δ_{n} = 0 \forall n \geq 1

(Δ n = 0)

K_{c}

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