Students discover additive properties, including commutative and associative, by manipulating Skittles. They will master combining like terms, simplifying expressions, and creating equivalent expressions.
Help students master comparing and contrasting nonfiction texts. They will analyze information, identify similarities and differences, and strengthen critical thinking skills for deeper learning.
Students will introduce or practice key compare and contrast skills with this engaging video. Primary learners will develop foundational analytical abilities effectively.
Engage students with Bill Nye as they explore the joy of discovery. They will hypothesize, test ideas, and form conclusions, thinking like scientists with captivating visuals.
Spark student interest in math with Studio C's hilarious parody. Students will connect mathematical ideas to a popular TV show, making learning fun and engaging.
Students will join Burt and Ernie to explore heavy and light through an engaging game video. Young learners will build foundational understanding of comparative weight and measurement skills.
Students will explore how Alzheimer's disease affects the brain, understanding its impact and the progressive stages of this complex neurological condition.
Introduce cells with an engaging animation! Students will explore diverse cell types, learn their functions, and discuss trivia questions to spark scientific curiosity.
Students explore and compare the immense depths of water bodies, from oceans to the Marianas Trench, using an engaging 3D animation. Great for oceanography or plate tectonics.
Students will learn to identify and compare standard liquid volume units including cups, pints, quarts, and gallons. Use this video to build foundational understanding of capacity measurements.
Engage students with a video exploring why the moon appears larger near the horizon. They will learn about the fascinating optical illusion altering our perception of lunar size.
Students will learn to partition shapes into equal parts. They discover each piece represents an even fractional portion of the whole, building foundational geometry understanding.