(1) | <A>_w \, = \frac{ \int_{t_0}^t A(t) \, \mathrm{w}(t) \, dt }{\int_0^{t_0} \, \mathrm{w}(t) \, dt } |
where
t | time-line |
t_0 | initial time |
A(t) | time-based variable |
\mathrm{w}(t) | weighting function |
See also
Formal science / Mathematics / Calculus
(1) | <A>_w \, = \frac{ \int_{t_0}^t A(t) \, \mathrm{w}(t) \, dt }{\int_0^{t_0} \, \mathrm{w}(t) \, dt } |
where
t | time-line |
t_0 | initial time |
A(t) | time-based variable |
\mathrm{w}(t) | weighting function |
Formal science / Mathematics / Calculus