State Properties

[705676154]

What are the state properties?

[Natalie Swerdlow 3K]

The state properties are E, P, V, T, Density, and Heat Capacity. The only non state properties are work (w) and heat (q) because they depend on the path taken.

[Ethan_Choi_2I]

Another way to look at it if you don't remember is that state properties aren't dependent on the path taken to reach the final value (can just look at the final and initial values).

[Anisa Morales 1L]

Some state properties are P,V,T,E, Density, etc.

[805594676]

U is also a state property. Even though work and heat are not, internal energy does not depend on a specific path, so delta U is a state function.

[radhika singh 1A]

A state property is a quantity that is independent of how the substance was prepared.
I like to think of it as the building blocks in the equations we use for this unit

[Audrey2B]

Volume, energy, pressure, density, heat capacity

[Octavio Santana 2H]

Some state properties include enthalpy, energy, pressure, density, and heat capacity. It is important to note that heat and work are not state properties.

[Emily Ng 3D]

In lecture, it was mentioned that a state property is not dependent on the path taken to obtain that state. Some examples include enthalpy, density, heat capacity, pressure, volume, temperature and energy.

[Thomas_Lehman_2D]

A state property is a quantity that is independent of how the substance was prepared. Examples of state properties would include altitude, pressure, volume, temperature, and internal energy.

[Elise Van Meter 2H]

Hi! As defined in the textbook, a state property (or state function) is a property that depends solely on the current state of the system and is independent of how that state was prepared. Using this definition, pressure, volume, temperature, density, and enthalpy may all be understood to be state functions. Counterexamples would include both heat and work, as the amount of work done by a system is determined not by the current state of the system, but by the process by which this change is brought about, and the energy transferred as heat during a change in the state of a system is dependent upon the path taken to reach that state. I hope this is helpful!

[Ilisa Risal 1H]

The state properties are E, P, V, T, Density, and Heat Capacity.

[Jaylin Heggins 1A]

A state property is defined as one that does not depend on the path taken to get to that state. State properties can be added or subtracted. The state properties are E, P, V, T, density, and heat capacity.