Re: Differentiate y with respect to x
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Re: Differentiate y with respect to x
Here is a first derivative implicit differentiating function based on a
more general function found in DERIVE.
define impdif (uu, xx, yy)=-d(uu,xx)/d(uu,yy)
where uu is an expression that equals 0, and d() is the derivative
function. The variables xx and yy are used to avoid a circular definition
error that will occur when you differentiate a function of x and y.
Then, enter, for example:
impdif(x^2+y^2,x,y)
-x/y is returned, which is the reduced form of -2x/(2y)
If we can be of further assistance, feel free to contact us at
ti-cares@ti.com.
Best regards,
TI Calculators
------------------
Original textAt 15:46 12/2/96 -0500, ceres@EFNI.COM wrote:
>On the TI-92, how can you get it to find the derivative of something like
>tan 2x=cos 3y?
>
>
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