Exploring 11x1 T12 07 Primitive Function 2017
Exploring 11x1 T12 07 Primitive Function 2017 reveals several interesting facts.
- Why the integral is the primitive function of the derivative? ∑Ω
- If we know the equation of the tangent, how do we find the original curve?
- How do we find the area under unusual curves when we don't have a formula?
- The area under irregular shapes can be found using the
- How can you find the area of an irregular shape with a curved boundary?? Integration can help.
In-Depth Information on 11x1 T12 07 Primitive Function 2017
So now if we reverse our original question and ask; "if we know the equation of the tangent, what is the equation of the original ... Finding the origin of the derivative, the You have the derivative and now you want to go back to the original, or the " What happens if we know the equation of the tangent and we want to know the equation of the original curve?
Integration, the inverse operation to differentiation, is introduced via a solution to the problem of finding areas of irregular shapes.
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