Скачать или смотреть Connecting Graphs in a Differentiable Way, GENERAL FORMULA

Link to my previous video (special case):    • Connecting Graphs in a DIFFERENTIABLE Way ...  

Like I promised at the end of my previous video, here's the GENERAL version of that problem: Now two graphs on the left and right are arbitrary (their y-values and "end slopes" must be well-defined, of course), and we're going to find the cubic function that connects these two graphs so that the entire graph is DIFFERENTIABLE. Some clever tricks are used here to reduce the amount of calculation.

#differentiation #differentiable #calculus #DifferentiableFunctions #continuity #ContinuousFunction #continuous #CubicFunction #smoothness #class #FunctionClass #DifferentiabilityClass

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