Heat Transfer Teacher Resources
Find Heat Transfer educational ideas and activities
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Somebody in the Nevada Joint Union High School District has a talent for focusing the important, organizational skills, and a creative eye for creating sharp science presentations! Here is one on heat transfer. Conduction, convection, and radiation are explained at the level of high school physicists, but in such an orderly and cohesive manner that viewers feel no heat! By the end of the slide show, learners are able to explain the three types of transfer, calculate transfer rates, and relate radiation to temperature.
This cool lesson is ideal for elementary engineers or physical scientists, especially when learning about heat transfer and insulation. After reading a page of background information, engineering teams collaborate to design and build a container that will keep cold water form warming. They select materials for, construct, and test their design over an hour's time by measuring water temperature changes with a thermometer.
Students explore heat transfer. In this temperature and molecule behavior lesson, students view a PowerPoint while simultaneously performing experiments in which heat transfer is demonstrated. Students use cold beakers, ice cubes, light bulbs, and chemicals as they observe and record what happens when these materials make contact.
Students participate in a variety of experiments designed to illustrate types of heat transfer including conduction, convection and radiation. They complete worksheets as an assessment of the experiments.
Eighth graders discuss the forms of heat transfer that relate to the human body. Discussion revolves around the ability of different designs of hats to change the rate of heat transfer to and from the body. Students then experiment with the material composition of a hat and its affects on the rate at which heat is transferred.
Students take a quiz of method of heat transfer. In this heat transfer lesson, students answer questions in which they tell if the situation describes conduction, convection or radiation.
Sixth graders listen to descriptions of types of heat to gain background knowledge In this heat lesson plan, 6th graders perform experiments to understand various types of heat transfer (convection, conduction and radiation.) Students assess their knowledge of the different types of heat transfer.
Students examine fossil fuels, nuclear and renewable fuels. They study investigate types of heat transfer such as convection, conduction, and radiation. They complete crossword puzzles based on the vocabulary. They design, construct and test solar oven.
Students observe a demonstration on the role of thermal conductivity in heat transfer. In this thermal conductivity lesson, students design and conduct an experiment to compare the thermal conductivity of four substances. Lesson includes critical thinking questions and extension idea.
Fire up your physics class by assigning a worksheet on heat transfer. They explain in words the differences among conduction, convection, and radiation. They reveal their knowledge of transfer rates, convection currents, and electromagnetic waves. If you can locate the PowerPoint presentation on thermal physics that was also posted by the Nevada Joint Union High School District, you will find that this assignment follows it to a tee. It can be used as a note-taking guide or homework assignment.
Students read "The Hottest Boy Who Ever Lived" by Anna Fienberg and then identify and discuss types of heat transfer including conduction, convection and radiation. They match actions in the book to types of heat transfer.
Students complete a science experiment to study insulation, heat transfer, and permafrost. In this permafrost study lesson, students design and test a soda insulator. Students graph their class data and discuss the results. Students discuss permafrost and make a hypothesis about temperature data with snow on the ground. Students design an improved soda insulator and test it. Students complete three assessment worksheets.
Young scholars create and develop a travel mug. They create visuals and a three dimensional infomercial. They apply an engineering design and demonstrate knowledge of thermodynamics involved in heat transfer. They illustrate Newton's Law of Cooling.
Eighth graders complete activities to analyze the particle theory of matter and the difference between transmission of heat by conduction, convection, and radiation. In this heat transfer lesson, 8th graders describe how a technology associated with heat effects lives, provide examples of insulating technologies, analyze how needs fuel technology development, compare the transmission of heat by the three theories, and complete an investigative activity for the lesson.
Step-by-step instructions are given for two hands-on activities. Young scientists cut out a paper spiral and hold it over a hot plate to demonstrate convection, and they place a small piece of wax on the end of a metal rod opposite the hot plate to demonstrate conduction. Three conclusion questions for each activity are included so that they can record their observations. This is a valuable visual for reinforcing these two concepts of heat transfer.
Students use the Internet to research the ancient practices of building structures and to help them recognize what building materials serve as good conductors and insulators of heat. They build a structure using straw bale walls.
Students analyze earth science by creating a frozen treat in class. In this heat transfer lesson, students discuss how matter is transformed from solid to liquid and liquid to gas when energy is removed from the equation. Students conduct an experiment in which they squish a bag full of ingredients with their bare hands in order to create ice cream.
New Review Calibrating Thermometers
Engage young scientists in the upper-elementary and middle school grades with this collection of simple experiments. Whether you're teaching about heat transfer, density, or potential energy this resource has a lab for you.
In this heat transfer and phase change worksheet, students experiment with ice, salt, and milk to show the relationship between the temperature of a solution and its phase. Students turn milk from a liquid to a solid and graph the temperature of the milk mixture over time. They answer 5 questions about their results.