Taking the slice parallel to the axis of rotation creates cylindrical shells as an alternative way to find volumes
lesson notes:02 cylindrical shells
Taking the slice parallel to the axis of rotation creates cylindrical shells as an alternative way to find volumes
lesson notes:02 cylindrical shells
The tradiational solid with circular cross-sections.
lesson notes: 01 discs & washers
Not only can integration be used to find the area of irregular shapes, it can also be used to find the volume of irregular solids.
lesson notes:05 volumes
Finding the volume of solids that do not have circular cross-sections can be found by using any parallel cross-sections that have similar shapes.
lesson notes:03 parallel crosssections
Finding volumes by taking slices parallel to the axis of rotation.
lesson notes:02 cylindrical shells