Respostas
Para determinar o valor da carga de um capacitor Q(t) em um circuito RLC, podemos usar a fórmula: Q(t) = Q0 * cos(ωt - φ) Onde: Q(t) é a carga do capacitor no tempo t Q0 é a carga máxima do capacitor ω é a frequência angular do circuito (ω = 1/√(LC)) φ é o ângulo de fase No seu caso, temos os seguintes valores: R = 20Ω C = 2 * 10^(-3) F L = 1 H v(t) = 12 sen(10t) Primeiro, vamos calcular a frequência angular ω: ω = 1/√(LC) = 1/√(1 * 2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3)) = 1/√(2 * 10^(-3
Responda
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