Editing 2117: Differentiation and Integration
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'''{{w|Bessel function}}''' | '''{{w|Bessel function}}''' | ||
β | Bessel functions are the solution to the differential equation <math> x^2 \frac{ | + | Bessel functions are the solution to the differential equation <math> x^2 \frac{dy^2}{dx^2}+x \frac{dy}{dx}+(x^2-n^2)*y=0</math>, where n is the order of Bessel function. Though they do show up in some engineering, physics, and abstract mathematics, in lower levels of calculus they are often a sign that the integration was not set up properly before someone put them into a symbolic algebra solver. |
'''Phone calls to mathematicians''' | '''Phone calls to mathematicians''' | ||
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==Transcript== | ==Transcript== | ||
+ | {{incomplete transcript|Do NOT delete this tag too soon.}} | ||
:[Two flow charts are shown.] | :[Two flow charts are shown.] | ||