Engage students with a fun video that challenges common understandings of solids, liquids, and gases. They will learn the true scientific definitions of matter's fundamental states.

Students explore Earth's age through an engaging animated video. They will learn radioactive dating methods like uranium and zirconium, and understand geologists' techniques for relative age dating.

Help students visualize the incredible, tiny scale of atoms. They will learn about atomic size through compelling comparisons, enhancing their grasp of fundamental atomic structure concepts.

Students research 12 minerals, identifying their elemental composition using the Periodic Table. They'll classify elements as metals or nonmetals and discover industrial uses.

Challenge students to design and conduct their own penny oxidation experiment. They apply the scientific method, observe chemical weathering, and deepen content understanding through daily observations.

Students engage with the scientific method, honing grammar skills. They practice writing complete sentences to document experiment observations and insightful conclusions effectively.

Students will explore the fundamental attraction of atoms, discovering their basic structure. They will learn about covalent and ionic bonding, understanding why atoms form molecular connections.

Students will understand mass, volume, and density concepts. They will digitally manipulate object volumes, measure masses, and calculate densities using an interactive simulation.

Engage students in exploring carbohydrates, lipids, and proteins. They will understand how these crucial biological molecules make up living things and relate to the food we consume.

Equip students to master the scientific method through a hands-on experiment. They will practice data collection, identify variables, and formulate clear conclusions.

Engage students in understanding how bodies use energy to move. They'll learn about nutrients and muscle function through a reading and a hands-on sprinting experiment.