ICE

[Claudeth Martinez 1D]

what does E stand for again in an ICE box?

[Sara Flynn 2C]

equilibrium concentration

[Henry_Phan_4L]

Concentration at equilibrium, so you basically add I and C to get the expected concentration at eq

[Yvonne Du]

The concentration of reactants and products(excluded solids and liquids) in the equilibrium state.

[uhedlund]

In the ICE box, I stands for initial (so initial concentrations), C stands for Change, and E stands for Equilibrium.

[Aiden Atoori 1C]

E stands for equilibrium concentration.

[Jaqueline Monreal 2L]

concentration at equilibrium

[Diana Sandoval 1K]

concentration at equilibrium. You can figure that out by adding I and C.

[inlovewithchemistry]

The E is the final step in an ice chart. It adds up the I and C steps and it is what you will put into an equation to get your x value when given K.

[Nina Do 4L]

I = initial
C = change in concentration
E = equilibrium, so finding E will give you the concentration of the compound at equilibrium.

[LedaKnowles2E]

Initial concentration/pressure, Change in concentration/pressure, Equilibrium concentration/pressure

[Krista Mercado 1B]

E stands for equilibrium concentration.

[NatBrown1I]

I is for the initial concentration
C is for the change in concentration
E is for the equilibrium concentration (essentially the I plus/minus the C)

[Ricardo Martin 1J]

E stands for equilibrium concentration.

[Brianna Brockman 1F]

E stands for equilibrium

[Alysa Rallistan 2G]

E is the concentration of Reactants and Products at Equilibrium, after the Change

[Alysa Rallistan 2G]

E is the concentration of Reactants and Products at Equilibrium, after the Change

[David Sarkissian 1K]

E is what you are always looking to find, as it stands for Equilibrium concentration. So that line will tell you the concentrations of both your reactants and products individually as their reach their most stable state at equilibrium.

[Pritish Patil 1K]

E stands for the equilibrium concentration of the reactants and products.

[Jacqueline Duong 1H]

E is the equilibrium concentration