\(n=\dfrac{m}{M}\Leftrightarrow m=n.M\Leftrightarrow M=\dfrac{m}{n}\)
\(n=\dfrac{V}{22,4}\Leftrightarrow V=22,4.n\)
\(n=V_{dd}.C_M\Leftrightarrow C_M=\dfrac{n}{V_{dd}}\Leftrightarrow V_{dd}=\dfrac{n}{C_M}\)
\(C\%=\dfrac{m_{ct}.100\%}{m_{dd}}\Leftrightarrow m_{dd}=\dfrac{m_{ct}.100\%}{C\%}\Leftrightarrow m_{ct}=\dfrac{C\%.m_{dd}}{100\%}\)
n = \(\dfrac{m}{M}\) ⇔ m = n * M ⇔ M = \(\dfrac{m}{n}\)
n = \(\dfrac{V}{22,4}\) ⇒ V = n * 22,4
n = V(dd) * \(C_m\) ⇒ \(C_m\) = \(\dfrac{n}{V_{dd}}\) ⇒ \(V_{dd}\) = \(\dfrac{n}{C_m}\)
C% = \(\dfrac{m_{ct}}{m_{dd}}\)100% ⇔ \(m_{dd}\) = \(\dfrac{m_{ct}\cdot100\%}{C\%}\) ⇔ \(m_{ct}\) = \(\dfrac{m_{dd}\cdot C\%}{100\%}\)
