This math lesson shows how differential equations apply to Newton's Law of Cooling.

In this activity, students investigate Newton's Law of Cooling and determine a model to represent the data.

Learn about Newton's Law of Cooling. Examples and explanations are provided. Great review for the AP Calculus test!

For this problem, students use an exponential equation to investigate the cooling of a cup of coffee and how long it would take for it to cool down to different temperatures. Aligns with F-LE.B.5 and F-LE.A.4.

Students come to see the exponential trend demonstrated through the changing temperatures measured while heating and cooling a beaker of water. This task is accomplished by first appealing to students' real-life heating and cooling...

In this activity, students can use a temperature probe to collect data as the warmed probe cool. Students will investigate Newton's law of cooling and model cooling data with an exponential function. They will fit the data to a...

Scholars examine applications of differential equations. Examples explore how differential equations are used to model population, Newton's law of cooling, and engineering systems.

Students use a temperature probe to collect data as the warmed probe cools. Students investigate Newton's law of cooling and model cooling data with an exponential function. They fit the data to a mathematical model after analysis.

A page showing real life applications of natural logarithms in exponential grown and decay functions and Newton's law of cooling. Also includes exercises.

Use the TI-89 to find the area between curves, find arc length, and solve first and second order differential equations. Examples in the activity use calculator screenprints and keystroke instructions to demonstrate the use of the...

Explains the concept of heat transfer and describes conduction, convection, and radiation which are the three modes of heat transfer. Includes formulas, examples, and applications.

The first of two pages discussing the different forms of thermal energy transfer. Equations expressing the rate of energy transfer by each of the methods are provided and discussed.

Heat transfer, rates of heat exchange,conduction, radiation and convection are defined and discussed at this site from Applied Thermodynamics. Well illustrated.