Ep 10. States of Matter

Science Max: Experiments At Large season 1 episode 10 "States of Matter" is a fun and educational episode that explores the different states of matter, including solids, liquids, and gases. In this episode, Science Max, also known as Phil, tackles the question of why different materials behave differently under different conditions.

To answer this question, Phil conducts a wide range of experiments that demonstrate the properties of different states of matter. He starts by showing viewers how to make a simple experiment using baking soda and vinegar to create a gas and uses the physical change to create a rocket. He also demonstrates how temperature can affect the state of matter of different materials, using liquid nitrogen to freeze various objects, including marshmallows and flowers.

Throughout the episode, Phil explains the scientific principles behind each experiment and how they relate to the states of matter. He introduces concepts such as melting, boiling, and sublimation and explains how they affect different materials. For example, viewers will learn about how dry ice can go from being a solid to a gas, skipping the liquid state entirely in a process called sublimation.

In addition to conducting experiments, Phil also shows viewers how to make some fun and educational projects related to the states of matter. He creates a DIY lava lamp using oil, water, and food coloring to demonstrate how different densities can cause materials to behave differently. He also shows viewers how to create a simple rocket using Alka-Seltzer tablets and water, highlighting the chemical reaction that creates gas.

Overall, Science Max: Experiments At Large season 1 episode 10 "States of Matter" is an engaging and informative episode that teaches viewers about the properties of different states of matter. The experiments are fun to watch and easy to replicate at home, making it an excellent show for families to enjoy together. By the end of the episode, viewers will have a much better understanding of why different materials behave differently under different conditions and how these principles can be applied in real-life situations.