Rules for partial derivatives, Mathematics

Rules for Partial Derivatives

  1. For a function, f = g (x, y) . h (x, y)

    727_rules for partial derivatives.png

    = g (x, y)  

    289_rules for partial derivatives1.png

    + h (x, y)  60_rules for partial derivatives2.png
    1396_rules for partial derivatives3.png = g (x, y) 495_rules for partial derivatives4.png + h (x, y) 465_rules for partial derivatives5.png

                  This is known as product rule.

644_rules for partial derivatives6.png h(x, y)

*

0

562_rules for partial derivatives7.png 

         This is known as quotient rule.

  1. For a function, f = [g(x, y)]n

2089_rules for partial derivatives8.png 

This is the generalized power function rule.

Posted Date: 9/13/2012 7:31:19 AM | Location : United States







Related Discussions:- Rules for partial derivatives, Assignment Help, Ask Question on Rules for partial derivatives, Get Answer, Expert's Help, Rules for partial derivatives Discussions

Write discussion on Rules for partial derivatives
Your posts are moderated
Related Questions
In this case we will require deriving a new formula for variation of parameters for systems.  The derivation now will be much simpler than the when we first noticed variation of pa

how to divide a binaries

Domain of a Vector Function There is a Vector function of a single variable in R 2 and R 3 have the form, r → (t) = {f (t), g(t)} r → (t) = {f (t) , g(t), h(t)} co



Example:  Joanne is given a four-question multiple-choice quiz.  She hasnt studied the material to be quizzed, so she decides to answer the questions by randomly guessing the answe

about scalene,equilateral and isosceles.

a company declares a semu annual dividend on 5%.a man has 400 shares of the company.if his annual income from the share is rs 1000 find the face value of each share?

Question: a. What is the inverse of f (x)? b. Graph the inverse function from part (a). c. Rewrite the inverse function from part (a) in exponential form. d. Evaluate

how to divide an arc in three equal parts