Ignite your students' curiosity about transferring heat energy through conduction, with this engaging worksheet and lab! Designed for young explorers, this resource will take them on an exciting adventure of discovery. Packed with informative content, thought-provoking questions, and a hands-on experiment, this worksheet will make learning about conduction an unforgettable experience!
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Engage your students with this interactive and informative lab. Designed for elementary students, this lab explores the topic of how our bodies use energy to move. Perfect for science lessons, this resource will help students understand the connection between energy and physical activity. It is written at the 3rd-grade reading level.
In this video pedestrians pedestrians in a park are asked why a hard drive
and a book sitting at the same temperature have a different temperature feel to it. The hard drive feels colder than the book. He then takes an aluminum plate and a plastic plate to see which plate melts ice quicker. Even though the aluminum plate feels colder, it melts the ice quicker. This is a good experiment to try with your students.
Veritasium demonstrates a PyroBoard. A PyroBoard is a flame that is bounced around by sound waves. Through the experiment you can actually see and hear how the sound waves change.
Veritasium does a good job following the scientific method in order to find out what a candle flame is actually made out of. Your students will get to see some experiments that will show the answer to the question.
Have you ever wondered what sound actually looks like? In this NPR video, your students will actually get to see real sound waves as air is distorted.
This video also teaches kids what Schlieren Images are and how focussing light allows to see the unseen.
This is an awesome video demonstrating quantities of food that equal 200 calories. The video goes through the science behind a calorie and show many of the foods we like and how much you can eat before hitting 200 calories.
This video is awesome. It discusses why it would be impossible for Godzilla to exist. It talks about all of the largest animals to ever exists and how Godzilla would die upon exiting the ocean. The square cube law is also discussed.
What would it be like to get punched by Superman? Here is a video that attempts to explaine the physics behind it.
A hearty bowl of cereal gives you the energy to start your day, but how exactly did that energy make its way into your bowl? It all begins with photosynthesis, the process that converts the air we breathe into energizing glucose. This video details the highly efficient second phase of photosynthesis -- called the Calvin cycle -- which converts carbon dioxide into sugar with some clever mix-and-match math.