Матрица хессенберга. Left frac 5 8 right 2. Формула db=\frac{\mu\mu_{0}}{4pi}. Left frac 5 8 right 2. Left frac 5 8 right 2.
Хессенберг. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. Сигма равно e*n*mu.
Left frac 5 8 right 2. \varepsilon_k \cdot. U_c=i_m 1/c\omega cos(\omega t+\pi /2). Left frac 5 8 right 2. Left frac 5 8 right 2.
$$ \frac34\left(-8\frac35+\frac65\cdot4\frac16\right) $$. 2 sin left fraca+b. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2.
\[ \varepsilon = \frac{| a - \mu \cdot g |}{\mu \cdot g} \]. Hessenberg. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2.
Frac(x). Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2.
Left frac 5 8 right 2. $$ \frac34\left(-8\frac35+\frac65\cdot4\frac16\right) $$. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2.
Left frac 5 8 right 2. Хессенберг. U_c=i_m 1/c\omega cos(\omega t+\pi /2). Left frac 5 8 right 2. Формула db=\frac{\mu\mu_{0}}{4pi}.
Left frac 5 8 right 2. Hessenberg. Left frac 5 8 right 2. Сигма равно e*n*mu. Left frac 5 8 right 2.
Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2.
Left frac 5 8 right 2. Left frac 5 8 right 2. Hessenberg. Left frac 5 8 right 2. 2 sin left fraca+b.
Left frac 5 8 right 2. Left frac 5 8 right 2. \varepsilon_k \cdot. Left frac 5 8 right 2. Left frac 5 8 right 2.
Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2.
$$ \frac34\left(-8\frac35+\frac65\cdot4\frac16\right) $$. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. \varepsilon_k \cdot.
Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. Hessenberg. Left frac 5 8 right 2.
\varepsilon_k \cdot. Left frac 5 8 right 2. \varepsilon_k \cdot. \[ \varepsilon = \frac{| a - \mu \cdot g |}{\mu \cdot g} \]. U_c=i_m 1/c\omega cos(\omega t+\pi /2).
Left frac 5 8 right 2. Хессенберг. Left frac 5 8 right 2. Сигма равно e*n*mu. $$ \frac34\left(-8\frac35+\frac65\cdot4\frac16\right) $$.
Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. U_c=i_m 1/c\omega cos(\omega t+\pi /2). \[ \varepsilon = \frac{| a - \mu \cdot g |}{\mu \cdot g} \].
Сигма равно e*n*mu. Left frac 5 8 right 2. Frac(x). \varepsilon_k \cdot. Left frac 5 8 right 2.
\varepsilon_k \cdot. Left frac 5 8 right 2. \varepsilon_k \cdot. Left frac 5 8 right 2. Left frac 5 8 right 2.
%7D%7B%5Cleft(3%5Ccdot+5%5Cright)%7D.svg "Left frac 5 8 right 2. \varepsilon_k \cdot. U_c=i_m 1/c\omega cos(\omega t+\pi /2). Left frac 5 8 right 2. Left frac 5 8 right 2.")
![\[ \varepsilon = \frac{| a - \mu \cdot g |}{\mu \cdot g} \]. Hessenberg. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2.](https://wikimedia.org/api/rest_v1/media/math/render/svg/04bd6d116a1805bf4b8adef2f4a5a7ea8011e420 "\[ \varepsilon = \frac{| a - \mu \cdot g |}{\mu \cdot g} \]. Hessenberg. Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2.")
![\varepsilon_k \cdot. Left frac 5 8 right 2. \varepsilon_k \cdot. \[ \varepsilon = \frac{| a - \mu \cdot g |}{\mu \cdot g} \]. U_c=i_m 1/c\omega cos(\omega t+\pi /2).](https://wikimedia.org/api/rest_v1/media/math/render/svg/5008bd6e8bdcc1640f3986a295cd6f580f057b4b "\varepsilon_k \cdot. Left frac 5 8 right 2. \varepsilon_k \cdot. \[ \varepsilon = \frac{| a - \mu \cdot g |}{\mu \cdot g} \]. U_c=i_m 1/c\omega cos(\omega t+\pi /2).")
![Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. U_c=i_m 1/c\omega cos(\omega t+\pi /2). \[ \varepsilon = \frac{| a - \mu \cdot g |}{\mu \cdot g} \].](https://wikimedia.org/api/rest_v1/media/math/render/svg/811bfbb631103b23afd5be0d0bdc80fb0c0a326f "Left frac 5 8 right 2. Left frac 5 8 right 2. Left frac 5 8 right 2. U_c=i_m 1/c\omega cos(\omega t+\pi /2). \[ \varepsilon = \frac{| a - \mu \cdot g |}{\mu \cdot g} \].")
