why ∆U=0 for isothermal reaction
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for isothermal energy heat is constant
Since heat is constant the change in temperature is zero and change in internal energy is also zero.
Since heat is constant the change in temperature is zero and change in internal energy is also zero.
Akshay171:
first, for isothermal process, heat is not constant(as far as I believe) and how Internal energy becomes zero when ∆T=0
Bro change in temperature.....temp is constant
∆U=q + w . For ∆U to be zero, q and w should be zero. are they zero ?
Bro it's change in temp. Zero.....du= ncvdt
Dt 0 therefore delta u zero
okay
what abt q and w ?
It's abt du I said.....
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In isothermal process,
T = constant
ΔT = 0
As,
ΔU = n f/2 R ΔT
= n f/2 × (0)
= 0
Therefore, ΔU = 0
T = constant
ΔT = 0
As,
ΔU = n f/2 R ΔT
= n f/2 × (0)
= 0
Therefore, ΔU = 0
Mark it as brainlest
Please explain the formula
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