Ep 12. Featuring: Spool Racer, Stomp Rocket.
- April 10, 2016
- 44 min
Featuring: Spool Racer, Stomp Rocket is the twelfth episode of the first season of the popular educational television show Science Max. In this episode, science enthusiast and host Phil McCordic brings us two exciting experiments: building a spool racer and launching a stomp rocket.
First up, Phil demonstrates how to build a spool racer using an ordinary thread spool, wheels, rubber bands, and a variety of other materials. He explains the physics behind how the racer moves and demonstrates how slight adjustments to the racer's design can affect its speed and stability. He then challenges the kids watching at home to build their own spool racers and race them against each other for some friendly competition.
Next, Phil shows viewers how to build a stomp rocket using paper, tape, and a plastic bottle. He explains the science behind how rockets work and how this simple homemade version functions. Phil then demonstrates how to launch the rocket using nothing but the power of your own two feet. He encourages kids to experiment with different designs and sizes of rockets to see what works best.
Throughout the episode, Phil provides clear explanations for the scientific concepts behind these experiments, making them accessible and engaging for kids of all ages. He also emphasizes the importance of trial and error in the scientific process and encourages viewers to keep experimenting and learning.
In addition to the demonstrations and experiments, the episode includes several interactive segments where kids can test their knowledge and understanding of the concepts discussed. These segments add an element of fun to the show while reinforcing the educational content.
Overall, Featuring: Spool Racer, Stomp Rocket is a fun and informative episode of Science Max that will inspire kids to explore the world of science and engineering. With its engaging host, clear explanations, and hands-on experiments, it's a great addition to any family's educational TV lineup.