if isenthalpic process meaning delta H = 0 then why does is there a temperature change across a throttle valve in a vapor compression cycle ?

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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But if delta H= CpDT then how do changing the temperature can maintain constant enthalpy

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if isenthalpic process meaning delta H = 0 then why does is there a temperature change across a throttle valve in a vapor compression cycle ?

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