For a Chemical Process at constant temperature and pressure- - H is Equal toA- q-t revB- - S - T - GC- - U - P - VD- - U - P - V

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Third Law of Thermodynamics

For a Chemica...

Question

For a Chemical Process at constant temperature and pressure, $Δ H$ is Equal to

(q/t )(rev)

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∆S-T∆G

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∆U+P∆V

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∆U-P∆V

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Similar questions

Under which of the following conditions is the relation, $Δ H = Δ U + P Δ V$ valid for a closed system?

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?

(C_{v, m} = \frac{5}{2} R)

Δ H

Δ U .

q, w, Δ U

1.0 b a r

0.1 b a r

273 K

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