Standing waves occur when two waves of the same frequency travel in opposite directions, creating a pattern where certain points remain still (nodes) while others move with maximum energy (antinodes). These waves are seen in physics experiments, musical instruments, and even water surfaces, offering a fascinating look into wave behavior. ✅If you like this video, don't forget to share with others and also share your views. ✅Follow our page @knowledgeiswin for more informative videos. This content

Speed generation on a wave is all about mastering compression and extension—key movements that pro surfers have perfected. Let’s break it down with a few examples from the pros: First up, Gabriel Medina at the Slater Ranch competition. Watch how he gets up and pops into a compressed position, sets a rail, unweights, extends, and then unweights again. This is a textbook example of speed generation on a wave. Next, Filipe Toledo, who’s an absolute master at this. In the wave pool, he nails it agai

When sound waves strike polystyrene balls, they create vibrations in the surrounding air. These vibrations are transferred to the balls, causing them to move. The extent of this movement is influenced by the sound wave’s frequency. For instance, lower-frequency sounds, like bass, produce larger, slower motions, while higher-frequency sounds, such as sharp tones, result in quicker, smaller movements. This interaction illustrates how sound waves affect their environment, including objects like pol

Understanding How Sound Waves Work