Which of the adhering to statements is true because that an isothermal process?-An isothermal procedure is carried out at continuous volume.-An isothermal process is carried out at constant temperature.-An isothermal procedure is lugged out at constant pressure.-During an isothermal process, the work-related done by the gas equates to the heat included to the gas.-During an isothermal process, the internal power of the device changes.

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-An isothermal process is carried out in ~ a constant temperature. -During an isothermal process, the work done by the gas equals the heat added to the gas.
Which the the complying with statements are true for an isobaric process?-An isobaric procedure is lugged out at constant pressure.-During one isobaric process, the internal power of the system changes.-An isobaric procedure is carried out at continuous volume.-An isobaric procedure is carried out at constant temperature.-During an isobaric process, the job-related done through the gas equates to the heat included to the gas
-An isobaric process is brought out in ~ a constant pressure.-During one isobaric process, the internal energy of the mechanism changes.
Which of the adhering to statements room true for an isochoric process?-An isochoric procedure is brought out at consistent pressure.-An isochoric procedure is lugged out at constant volume.-An isochoric process is brought out at constant temperature.-During an isochoric process, the job-related done by the gas top top its surroundings is zero.-During an isochoric process, the internal energy of the system changes.
-An isochoric procedure is carried out at consistent volume. -During an isochoric process, the internal energy of the device changes. -During an isochoric process, the work-related done by the gas on its surroundings is zero.
Which the the complying with statements room true because that an adiabatic process?-An adiabatic process is lugged out at constant temperature.-During one adiabatic process, the internal energy of the system changes.-An adiabatic procedure is brought out at continuous volume.-An adiabatic process is lugged out at consistent pressure.-During one adiabatic process, over there is no heat transfer into or the end of the system.
-During an adiabatic process, the internal power of the device changes. -During an adiabatic process, over there is no warm transfer into or the end of the system.
Which the the adhering to statements room true?-The quantity of heat included or gotten rid of from a thermodynamic device depends on the course taken top top a pV diagram.-The occupational done by a thermodynamic device depends only on the initial and also final says of the system.-The very first law the thermodynamics extends the rule of preservation of inert to incorporate molecular collisions.-The an initial law that thermodynamics expand the principle of conservation of power to include heat and mechanical energy.-The lot of heat included or eliminated from a thermodynamic mechanism depends just on the initial and final states of the system.-The work-related done by a thermodynamic device is equal to the area under the curve on a pV diagram.

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-The work done through a thermodynamic mechanism is same to the area under the curve ~ above a pV diagram.-The lot of heat included or gotten rid of from a thermodynamic system depends ~ above the route taken ~ above a pV diagram.-The very first law that thermodynamics extend the rule of preservation of power to include heat and also mechanical energy.
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Engineering Electromagnetics (Irwin electronic devices & computer Enginering)8th EditionJohn Buck, wilhelm Hayt
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