The Form of Integration by Parts
This GeoGebra applet lets you look at the first step of using the integration by parts technique.
You can use it to try out different ways of looking at integrating a product.
Try some of the following
f(x)=x^2, g(x)=e^x
f(x)=cos(x), g(x)=e^(2x)
f(x)=ln(x) g(x)=1
or other functions that would be interesting. Go crazy!
How would you describe which factor in the original integral problem is better as which part?
Neue Materialien
Entdecke Materialien
- Equal arcs on circles of equal radii subtend equal angles at the centre, and conversely, equal angles at the centre subtend equal arcs on circles of equal radii.
- Simetri Putaran
- Sasha_MeasuringObjects
- Finding the equation of the line of symmetry of an isosceles triangle.
- Perspective Projection: Conic Section to Conic Section