Simulates, for i = 1..N, the concentration,
ci = mi ⁄ vi,
calculated from simulated mass, mi, and
volume, vi, of individual
vessels (flasks, containers).
Simulates the concentrations (mass ⁄ volume) of individual
vessels (flasks, containers) and calculates the global concentration
(total mass ⁄ total volume). Thus:
a) Merging all:
c = (Σmi) ⁄ (Σvi).
Expectedly, c = (N μC) ⁄
(N μV) = μC ⁄
μV.
b) Keeping individuals separate:
μC = (1⁄N)
Σ(mi ⁄ vi).
Possibly, different from above.
Draws a graph (histogram) of the individual concentrations.
(concentrations.xlsx)
(lg 2 = 0.30103, hence the base value.) Other suggested data:
μM = 1. . |
