The examples presented here demonstrates finding the derivative of a function using "h" rather than "delta x" notation. Graphs are included as a visual aid.

This lesson should help a learner to practice recognizing base and derived units. It is 4 of 4 in the series titled "Practice Determining Base vs. Derived Quantities."

This lesson should help the learner understand the difference between base and derived quantities and be able to recognize them from one another. It is 4 of 4 in the series titled "Base & Derived Quantities."

This online tutorial site shows that the concavity of a function is related to the second derivative of the function by using an online graphing system. Inflection points are also briefly discussed.

Examples are presented to demonstrate the steps for sketching curves that are not polynomials. Using x- and y-intercepts, limits, domain and range, maxima and minima, second derivatives and general behavior the graphs are constructed...

A watershed index where students can click on a map of the U.S. to find the names and locations of watersheds. Students can also download a file that can be run in Google Earth to view more about the watershed.

Very nice lesson on taking the derivative of a function and its inverse.

Very nice lesson on taking the derivative of a function and its inverse.

Very nice lesson on taking the derivative of a function and its inverse.

Very nice lesson on taking the derivative of a function and its inverse.

Very nice lesson on taking the derivative of a function and its inverse.

Very nice lesson on taking the derivative of a function and its inverse.

Very nice lesson on taking the derivative of a function and its inverse.

Very nice lesson on taking the derivative of a function and its inverse.

Very nice lesson on taking the derivative of a function and its inverse.

Sketches of functions are drawn by determing important points: x- and y-intercepts, local maxima and minima, and point of inflection. The general shapes of specific functions are illustrated to help identify characteristics of each type...

A description, examples, and graphs on the subject of "derived demand" are provided.

A description, examples, and graphs on the subject of "derived demand" are provided.

This site give the formula for finding the slope of the tangent line to a polar graph. The page offers step by step explanations and worked examples.

This lesson shows how to convert between English to metric units for different derived units. It is 4 of 4 in the series titled "English to Metric Conversion."

At this website, there is a large chart that "Contains some of the common roots and prefixes that make up the building blocks of numerous English words." Columns for roots/prefixes, meanings, and examples are included.

Find out where the expression "The Real McCoy" comes from. This site provides brief biographical information about the inventor Elijah McCoy (1844-1929 CE).

This site from Visual Calculus at the University of Tennessee provides very helpful exercises in graphing calculus problems. Provides ten exercises.

This lesson shows how to convert between metric to metric units for different derived units. It is 4 of 4 in the series titled "Metric to Metric Conversion."