internal energy

[Kyle Rex 1K]

When calculating internal energy changes, is that the deltaU equation or q?

[AKhanna_3H]

Internal energy is represented by delta U. Q represents the heat entering or exiting the system.

[Uisa_Manumaleuna_3E]

Yup, internal energy is the delta u = q + w. just remember, if the reaction has a constant volume, then no expansion work is done, and delta u is equal to q subscript v.

[Hailey Kim 4G]

The change in internal energy is represented by delta(U). Delta(U) is equal to the energy transferred by heating (q) + the energy transferred by compression (w).

delta U = q + w

[Ying Yan 1F]

The equation for calculating internal energy is u= q + w.

[CynthiaLy4F]

Calculating internal energy corresponds to the deltaU equation, where deltaU = q + w.

[HuyHa_2H]

Delta U is the internal energy. Q represents heat. Utilizing the two is through the equation: Delta U = q + w where w is the net work.

[AniP_2D]

The equation you use for internal energy is deltaU=q+w.

[Frank He 4G]

The change in internal energy is represented by delta(U). Delta(U) is equal to the energy transferred by heating (q) + the energy transferred by compression (w).

delta U = q + w

This is good to note. Delta U is importantly not just internal energy but the change in internal energy. We are calculating the change, rather than the actual total internal energy of an entire system.

[kristi le 2F]

Also, heat and work are equivalent means of energy transfer and are the only to change the internal energy of a system.

[RichBollini4G]

Internal energy is represented by delta U. Q represents the heat entering or exiting the system.

Thank you

[AveryAgosto]

Internal energy is found using the delta U equation which will contain q.