Energy:

∆H = Enthalpy

∆E = ∆U = Energy change

P = Pressure

Q/q = Heat

∆V = Difference in volume

C = Heat Capacity

s = Specific Heat capacaty

w = work

K = Equ

$K_p$

Thermodynamics: Work, Heat & Enthalpy

Energy change = heat + work

$∆U = q+w$

At constant pressure (true for most reactions:

$w = -P +∆V$