Pregunta
Ask by Chavez Stephens. in Cuba
Jan 27,2025
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La solución de la ecuación diferencial es:
Donde
es una constante de integración.
Solución

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Extra Insights
The equation you’re working with describes a first-order differential equation involving a sum of terms with trigonometric functions and an exponential decay factor. This kind of equation is often found in physics, particularly in scenarios involving forced oscillations or damped systems, where
and
can represent the amplitudes of the oscillating components that change over time.
When solving such an equation, one common mistake is to overlook the influence of the exponential decay factor
. This factor reduces the amplitude of the oscillatory solutions over time, which can be crucial for accurately modeling physical systems like pendulums or electrical circuits subject to damping. Always remember to consider how the exponential decay interacts with the sinusoidal parts!

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