MATLAB calculation

RLC circuit when the voltage u(t) is the saw blade below

Make a calculation given the values of the parameters R, L, C, U and T, and which
calculates the charge q(t), the current i(t) = q?(t) and its derivative i?(t) = q??(t)
approximations to the differential equation

$L \cdot q^{\prime \prime}(t)+R \cdot q^{\prime}(t)+\frac{1}{C} \cdot q(t)=u(t), \quad q(0)=0, q^{\prime}(0)=0$

using, and draw the voltages

$U_{R}=R i(t), U_{L}=L i^{\prime}(t) \) ja \( U_{C}=q(t) / C$

graphs between t = 0 . . . 5T

???????

Question

MATLAB calculation

RLC circuit when the voltage u(t) is the saw blade below

Make a calculation given the values of the parameters R, L, C, U and T, and which
calculates the charge q(t), the current i(t) = q?(t) and its derivative i?(t) = q??(t)
approximations to the differential equation

$L \cdot q^{\prime \prime}(t)+R \cdot q^{\prime}(t)+\frac{1}{C} \cdot q(t)=u(t), \quad q(0)=0, q^{\prime}(0)=0$

using, and draw the voltages

$U_{R}=R i(t), U_{L}=L i^{\prime}(t) \) ja \( U_{C}=q(t) / C$

graphs between t = 0 . . . 5T

???????

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