Friday, December 4, 2015

Tis' The Season Blog Post

1. Derivatives do not exists in corners, cusps, jumps, and asymptotes.

2. Take the derivative of the equation, but for the derivative of each constant, write "d of the constant" (For example: dy) over dx. Then solve for that constant. When deriving x, dx/dx will be equal to one, thus you do not have to write it while solving.
3. Writing the "dy/dx" or other constants while taking the derivatives of those constants.
4. I shared it.

2 comments:

  1. On number two, i think it would be in relation to variables and not constants.

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  2. I agree with Fletcher and this could extend to number 3. I too think it would be in relation to variables.

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