Asked by Eve
Use implicit differentiation to find
dz/dy for yz = ln (x+z)
I am unsure of how to deal with the right side specifically.
dz/dy for yz = ln (x+z)
I am unsure of how to deal with the right side specifically.
Answers
Answered by
drwls
Consider z as a function of y, and differentiate both sides with respect to y.
Is x supposed to be a constant on the right? Or did you mean to type "y" there? If x is another variable, z is not a fucntion of y alone, and you would have to deal with partial derivatives.
Is x supposed to be a constant on the right? Or did you mean to type "y" there? If x is another variable, z is not a fucntion of y alone, and you would have to deal with partial derivatives.
Answered by
Damon
y dz/dy + z dy/dy = dz/dy /(x+z)
z = (dz/dy)(1/(x+z) - y)
z = (dz/dy) ( 1 -zx - xy)/(x+z)
dz/dy = (z^2 + xz)/(1 - xz - xy)
z = (dz/dy)(1/(x+z) - y)
z = (dz/dy) ( 1 -zx - xy)/(x+z)
dz/dy = (z^2 + xz)/(1 - xz - xy)
Answered by
Damon
I assumed that partial is intended and x is constant for dz/dy
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