Practice Implicit Differentiation in Math
Use these practice problems to test your method after reviewing the concept explanation and worked examples.
Quick Recap
Finding when is defined implicitly by an equation like , by differentiating both sides and solving for .
Sometimes you can't (or don't want to) solve for explicitly. Instead, differentiate the whole equation as-is. Every time you differentiate a -term, attach by the chain rule (since secretly depends on ), then solve for .
Showing a random 20 of 50 problems.
Example 1
easyDifferentiate both implicitly and explicitly; confirm they agree.
Example 2
easyFind for .
Example 3
mediumFind for .
Example 4
easyFind where .
Example 5
hardFind the equation of the normal line to at the point .
Example 6
easyFind for the circle and evaluate it at the point .
Example 7
easyWhat does the chain rule contribute when differentiating with respect to ?
Example 8
mediumFind for .
Example 9
easyFind for .
Example 10
mediumFind for .
Example 11
mediumFind for .
Example 12
mediumFind for .
Example 13
mediumFind for (the folium of Descartes).
Example 14
hardFind for (use logarithmic differentiation).
Example 15
mediumFind for the circle .
Example 16
easyFor , find implicitly.
Example 17
easyFind .
Example 18
easyDifferentiate implicitly to find .
Example 19
easyDifferentiate for .
Example 20
challengeFind the tangent line to (astroid) at .