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When solving with respect to , the variable is treated as a parameter. Therefore, the 'constant' of integration can be any function of , denoted as .
Conditions: The equation is solved with respect to .; is held fixed during the integration.
YouTubeGeometric Brownian Motion
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When solving with respect to , the variable is treated as a parameter. Therefore, the 'constant' of integration can be any function of , denoted as .
Conditions: The equation is solved with respect to .; is held fixed during the integration.
YouTubeGeometric Brownian Motion
4:00 – 6:00Watch this moment ↗