Clouds and Solar Radiation

Scientists need to have mastered algebraic slope-intercept concepts in order for this lesson to be effective. They will measure and graph solar panel output as a function of the amount of radiation striking it, discovering that there is...

On this worksheet, space scientists use a data table to answer questions about the relationship between the brightness of solar flares and the intensity of the solar proton events. They apply what they learned from the data to address...

Here is a fabulous lesson on the Earth's radiant energy system. This amazing, 31-page document is chock-full of great activities, worksheets, lab sheets, quizzes, rubrics, and assessments. Learners model and explain cloud formation,...

Should every school have solar panels? The 19th lesson in a series of 21 has scholars research the feasibility of using solar panels at their school. They begin by gathering data on the solar energy in the area before estimating the...

Students engage in a prelab discussion about the earth's radiation budget and global warming. They use "trading cards" to find specific websites to research radiation budget questions.

Students determine areas that are the most likely to produce solar energy by using NASA data.  In this solar energy lesson students analyze plots and determine solar panel use. 

Students study plots and use a Live Access Server to generate plots.  In this temperature lesson students examine the process of incoming and outgoing radiation. 

Middle schoolers use S'COOL data to identify factors that affect cloud formation. They find a data set using the S'COOL database , and use Excel to manipulate the data. Student isolate relevant data, create meaningful graphs from a...

See the sun shine as you've never seen it before! Captivate your class with an activity from NOVA's Sun Lab unit. Viewers learn about the advanced satellite-mounted telescopes NASA uses to monitor the sun at every wavelength of light,...

Has the solar system always been like it is today? A lesson presentation begins with a discussion of the formation of our solar system. It continues with a compare and contrast of the inner and outer planets.