R__R04 2025-03-25

Ro = Rs =

\(R_o=R_s=R_0+\ \dots\ +R_{n-1}\)

Rrp = Rp =

\(R_{rp}=R_p=\dfrac{1}{\dfrac{1}{R_0}+\ \dots\ +\dfrac{1}{R_{n-1}}}\)

Rh =

\(R_h=\dfrac{n}{\dfrac{1}{R_0}+\ \dots\ +\dfrac{1}{R_{n-1}}}\)

Rm =

\(R_m=\sqrt[n]{R_0\cdot\ \dots\ \cdot R_{n-1}}\)

Rsz =

\(R_{sz}=\dfrac{R_0+\ \dots\ +R_{n-1}}{n}\)

Rn =

\(R_n=\sqrt{\dfrac{{R_0}^2+\ \dots\ +{R_{n-1}}^2}{n}}\)

Gp =

\(G_p=\dfrac{1}{R_p}\)

Gs =

\(G_s=\dfrac{1}{R_s}\)


	R₀ =
	R₁ =	←R₀,Rs
	R₂ =
	R₃ =
	R₄ =
☺ ☺ ☺

Ro = Rs =		\(R_o=R_s=R_0+\ \dots\ +R_{n-1}\)
Rrp = Rp =		\(R_{rp}=R_p=\dfrac{1}{\dfrac{1}{R_0}+\ \dots\ +\dfrac{1}{R_{n-1}}}\)
Rh =		\(R_h=\dfrac{n}{\dfrac{1}{R_0}+\ \dots\ +\dfrac{1}{R_{n-1}}}\)
Rm =		\(R_m=\sqrt[n]{R_0\cdot\ \dots\ \cdot R_{n-1}}\)
Rsz =		\(R_{sz}=\dfrac{R_0+\ \dots\ +R_{n-1}}{n}\)
Rn =		\(R_n=\sqrt{\dfrac{{R_0}^2+\ \dots\ +{R_{n-1}}^2}{n}}\)
Gp =		\(G_p=\dfrac{1}{R_p}\)
Gs =		\(G_s=\dfrac{1}{R_s}\)

document.write( SzHuEnSzSz( 'Ellenállások összege és közepei', 'Sum and means of resistances' ) );