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La solución de la ecuación es
, donde
es una constante.
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Mind Expander
The integral of
is often interpreted as representing the change in a certain quantity
. In this case, if we let
, where
is the integration constant, we obtain the solution for the integral of
:
.
In real-world applications, integrals like this can be found in physics, particularly when calculating areas under curves or in situations involving oscillatory motion. For example, the integral of the cosine function reflects the behavior of waveforms or simple harmonic motion, making it essential for engineers and scientists working with mechanical systems or electromagnetic waves.