It is a property of which depends on the amount of the substance present in the system. Example: Mass, Volume, Energy.

A property of a system, whose magnitude depends upon the amount of matter, is known as extensive property. Properties like mass, volume, internal energy, heat content, free energy, enthalpy, entropy, …

Temperature is independent of the amount of matter present in the system. Hence, it is an intensive property. Heat depends upon the amount of matter present in the system. Hence, it is an extensive …

An extensive property is a property that changes when the size of the sample changes. Examples are mass, volume, length, and total charge. An intensive property doesn't change when you take away …

Heat capacity (the amount of heat usually expressed in calories, kilocalories, or joules needed to raise the system's temperature by one degree ) is an extensive property.

In thermodynamics, a distinction is made between extensive properties and intensive properties. An extensive property is a property whose value depends on the quantity or size of matter present in the …

Extensive properties depend on the quantity of matter but intensive properties do not. Explain whether the following properties are extensive or intensive. Mass, internal energy, pressure, heat capacity, …

A property of a system, whose magnitude depends upon the amount of matter, is known as extensive property. Properties like mass, volume, internal energy, heat content, free energy, enthalpy, entropy, …

An extensive property is a property that changes when the size of the sample changes ΔG = −nF Ecell In the above equation the free energy equation is dependent on amount of material of system …

The properties that are independent of the mass or size of the system or which does not depend on the amount of substance are known as intensive propertie s. Hence volume is an extensive property.