SYSTEM are known as properties.Eg. Pressure, volume, TEMPERATURE, etc.There are two types of properties:Extensive propertyThose properties which depend on mass are known as extensive properties.Examples are volume, energy, enthalpy, ENTROPY etc.Intensive propertyThose properties which don't depend on mass are known as intensive properties.Examples are pressure, temperature, density, viscosity. The ratio of two extensive properties is an intensive property.Specific properties are intensive properties. For example specific volume, specific energy, specific heat etc.If a property divides with space then it is extensive property OTHERWISE the property will be intensive.Extensive PropertiesVVolumeUEnergyHEnthalpySEntropyIntensive PropertiesTTemperaturePPressureρDensityvSpecific Volume, V/muSpecific Internal Energy, u = U/mhSpecific Enthalpy, h = H/msSpecific Entropy, s = S/mxQualityCPSpecific heat at CONSTANT pressurecvSpecific heat at constant volumeβIsothermal CompressibilityκIsobaric Compressibility

"> SYSTEM are known as properties.Eg. Pressure, volume, TEMPERATURE, etc.There are two types of properties:Extensive propertyThose properties which depend on mass are known as extensive properties.Examples are volume, energy, enthalpy, ENTROPY etc.Intensive propertyThose properties which don't depend on mass are known as intensive properties.Examples are pressure, temperature, density, viscosity. The ratio of two extensive properties is an intensive property.Specific properties are intensive properties. For example specific volume, specific energy, specific heat etc.If a property divides with space then it is extensive property OTHERWISE the property will be intensive.Extensive PropertiesVVolumeUEnergyHEnthalpySEntropyIntensive PropertiesTTemperaturePPressureρDensityvSpecific Volume, V/muSpecific Internal Energy, u = U/mhSpecific Enthalpy, h = H/msSpecific Entropy, s = S/mxQualityCPSpecific heat at CONSTANT pressurecvSpecific heat at constant volumeβIsothermal CompressibilityκIsobaric Compressibility

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Consider the following properties:EntropyViscosityTemperatureSpecific heat at constant volumeWhich of the above properties of a system is/are extensive?

Fluid Mechanics First Law Thermodynamics in Fluid Mechanics . 7 months ago

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Concept:PropertiesAll measurable characteristics of a SYSTEM are known as properties.Eg. Pressure, volume, TEMPERATURE, etc.There are two types of properties:Extensive propertyThose properties which depend on mass are known as extensive properties.Examples are volume, energy, enthalpy, ENTROPY etc.Intensive propertyThose properties which don't depend on mass are known as intensive properties.Examples are pressure, temperature, density, viscosity. The ratio of two extensive properties is an intensive property.Specific properties are intensive properties. For example specific volume, specific energy, specific heat etc.If a property divides with space then it is extensive property OTHERWISE the property will be intensive.Extensive PropertiesVVolumeUEnergyHEnthalpySEntropyIntensive PropertiesTTemperaturePPressureρDensityvSpecific Volume, V/muSpecific Internal Energy, u = U/mhSpecific Enthalpy, h = H/msSpecific Entropy, s = S/mxQualityCPSpecific heat at CONSTANT pressurecvSpecific heat at constant volumeβIsothermal CompressibilityκIsobaric Compressibility

Posted on 04 Dec 2024, this text provides information on Fluid Mechanics related to First Law Thermodynamics in Fluid Mechanics. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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