# What does the lift coefficient take into consideration for flaps?

Angle of attack increases lift for two reasons, Camber and increased flow deflection, What reason does the lift coefficient use? Both?

$$L = C_L \frac{\rho \times v^2}{2} A ,$$
where $$C_L$$ is the lift coefficient, $$\rho$$ the density of the air, $$v$$ the relative velocity and $$A$$ the wing area. The idea behind the lift coefficient is to combine all aerodynamic effects related to the shape of the aircraft into one dimensionless number, which can be experimentally derived as a function of the angle of attack:
So the $$C_L$$ is taking the change in camber into account, but not the change in area, which will also contribute to increased lift.