Photosynthesis Teacher Resources

Find Photosynthesis educational ideas and activities

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You can teach students about the importance of plants and the process of photosynthesis with motivating lesson plans. Follow along and find out how one science teacher uses experiments, stories, and her love of plants to get kids excited about photosynthesis.
Comparisons between c3 and c4 photosynthesis begin this video. Next, the mechanism of CO2 being incorporated into a 4-carbon compound is explained. This is an involved topic which can be very complicated. It should be an excellent tool for enhancing student comprehension.
This clip picks up right where the Khan Academy's Photosynthesis video left off. Chemicals such as hydrogen and compounds such as NADPH are reviewed along with details such as the stroma, thylakoid, lumen, and grana. See the parts of a chloroplast and how it functions to produce energy. The Photosynthesis: Calvin Cycle video takes a look then at the "dark reactions" or light independent reactions.
High schoolers conduct a variety of experiments on photosynthesis. In this biology lesson, students identify the factors required for the process to occur. They perform computerized experiments to test the amount of oxygen produced when plants are exposed to different light sources.
How can you get your class to recognize that plants need light and water complete the process of photosynthesis? Try a hands on experiment. They work to determine the effect of light and water on seeds, record their results, and discuss what they have discovered.
In this photosynthesis worksheet, students learn how plants use the sun to convert energy into food. They then answer 10 questions using the information they just read. The answers are on the last page.
Meet adorable animated chloroplasts as they, with the help of the sun, produce glucose. In this four-minute feature, viewers learn how carbon, oxygen, hydrogen, and electrons are combined to form carbohydrates. The narrator also explains how glucose is broken down in our bodies into ATP, which we use as energy. After the video, your class can discuss the accompanying Think questions as a review.
This relatively short PowerPoint contains all of the information necessary to give a clear summary of Photosynthesis. There are a few illustrations and clear descriptions of each stage of the main reactions.
Pupils play the role of different molecules involved in photosynthesis. In this biology lesson, students balance the equation by adding the appropriate coefficients and subscripts.  They summarize the entire photosynthesis process.
Mr. Anderson, the talented Smart Board presenter and biology teacher, shows a satellite image of where photosynthesis is occurring all over the planet. He draws on a series of computer graphics of the cell and mitochondria as he speaks. This presentation is a complete lesson on the processes of photosynthesis and respiration. If you are using a flipped classroom approach, have your young biologists watch this at home and then perform photosynthesis activities in the laboratory.
Who would expect to learn about photosynthesis during a cooking demonstration? That is exactly what happens when you view this film, one of the best photosynthesis videos you will find! Because the lesson is deliciously delivered through Chef Jamika's chili-rubbed salmon recipe, middle schoolers barely realize what they have learned. They will discover the molecules involved, the plant structures that play a role, and how humans benefit from the vital process of photosynthesis.
This clip picks up right where the Khan Academy's Photosynthesis video left off. Chemicals such as hydrogen and compounds such as NADPH are reviewed along with details including the stroma, thylakoid, lumen, and grana. See the parts of a chloroplast and how it functions to produce energy. The Photosynthesis: Calvin Cycle video takes a look then at the "dark reactions" or light independent reactions.
What are the processes of photosynthesis and respiration? Where do they take place? These and other questions are answered in this brief but beneficial video. It contains a combination of video and computer animation to explain these processes. Include it as visual support to your lecture on these concepts.
Photosynthesis 101! You'll find four activities, pre tests, post tests, full color handouts, and hardcore scientific information to help you tech a photosynthesis. Use the resource to guide your teaching or just use the great handouts, it's a win/win either way.
Young scholars recognize the importance of plants as they perform an experiment involving photosynthesis. Students determine the optimum wavelength of light for photosynthesis by exposing plants to different colors of light, collecting data, creating a graph from the data, and comparing results among groups.
High schoolers use an on line website to simulate the effects of light intensity and wavelength on photosynthesis. In this photosynthesis lesson plan, students determine how wavelength of light and intensity of light affect the rate at which photosynthesis takes place. High schoolers monitor the amount of ATP produced and create two graphs using the link, Create a Graph or a spreadsheet. They write their conclusion about the effects of these two variables.
Students study photosynthesis and then transfer their understanding of this topic to a consideration of how trees can help reduce the negative impacts of the greenhouse effect. They explain the role of humans in increasing the greenhouse effect.
Life science teams experiment by placing sprigs of Elodea into a sodium bicarbonate solution and counting the oxygen bubbles produced. Data is recorded and graphed on a Google spreadsheet, making this not just a activity in photosynthesis, but also an ideal practice in using this technology-based form of collaboration and sharing information. Though the author designated this as a 7th-9th grade activity, most upper-elementary learners can certainly handle the technology and the content.
Here is a cute presentation for middle schoolers on the photosynthesis process. Each required product is named and then the process is viewed in a cartoon cross-section of the leaf. Embed this little video into your own PowerPoint or SmartBoard presentation for your life science course.
How do plants get energy to grow and live? Photosynthesis is the answer! Watch this video to learn more about the photosynthesis process.