User:Ekmekparasi

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$V=\sqrt{(6.67 x 10^{-11} x 5.98 x 1024 / (6380 + r))}$

d s i n θ = m λ

$dsin\theta=(m+\frac {1}{2})\lambda$

$eV=\frac {1}{2}mv^2$

$v=\sqrt \frac{2eV}{m}$

$F=eBv=\frac {mv^2}{R}$

$eB=\frac {mv} {R}$

$en \mu_0 I=\frac {mv}{R}$

$en \mu_0 I = \frac {m \sqrt \frac{2eV}{m}} {R}$

$e n^2 \mu_0^2 I^2 R= 2 m V$

$V=\frac {e n^2 \mu_0^2 R} {2m} I^2$

y = m x + b

$T^2=4\pi^2 \frac {l}{g}$

$\frac {T^2}{l}=\frac{4\pi^2}{g}$

$\frac {X} {R}=\frac{L_1}{100-L_1}$

$X=\frac {RL_1}{100-L_1}$

y = m x + b

$m=6.64 \Omega/m^2=\frac{\rho}{A}$

A = π r 2 = π(0.13 * 10 - 3) 2

ρ = m A = 6.64 * 5.31 * 10 - 8 = 3.53 * 10 - 7 Ω. m

$\rho=353 \quad n \Omega.m$

$m=\frac{\rho}{A}$

ρ = m . A