Hyperbole Teacher Resources

Why does radiation occur? Learn the reason and the main types of radiation during this video lesson. Scholars discover the makeup of a radioactive atom and the effect of the different types of radiation. They then analyze and create...

Young scientists learn the importance of knowing blood types and their compatibility. The instructor in the video explains each type of blood and their antigens and antibodies, and then differentiates between AB blood and Rh blood...

The properties of matter including buoyancy, viscosity, density, pressure, and more are explained in a video that also describes the various principles and laws that are associated with each property. 

What is more important, style or substance? This video explains the difference between physical (style) changes and chemical (substance) changes. It uses many examples and various ways of determining which type of change has occurred. 

The narrator os this video explains how to create a velocity-time graph from the position-time graph. He works through several examples after explaining the shapes of the position-time graphs. 

For every human in the world, there are one million ants! The instructor shows the phylogenetic tree of animals and where they stand compared to other organisms. The video then focuses on vertebrates and invertebrates, exploring what...

Although very diverse, Domain Eukarya is the only domain where the organisms are made of eukaryotic cells. The narrator explores the Domain Eukarya. He discusses the characteristics of eukaryotic cells and shows how these evolved over...

In 1924, Bose and Einstein predicted a fifth state of matter. The prediction proved to be true in 1995 and is referred to as the Bose-Einstein condensation. This video discusses the concept of matter, all five states of matter, and what...

After discovering plutonium, Glenn Seaborg was given the opportunity to determine its periodic symbol. Rather than going with the obvious Pl, he went with Pu as a joke. The designation was approved and is now on every periodic...

Using impactful visuals and chemical equations, this video describes how to balance chemical equations. It uses examples that are common to the classroom such as methane burning in a Bunsen burner. 

Viewers watch while the narrator explains limiting reactions through the familiar example of a recipe. He then describes why it is necessary to use moles to solve these problems rather than just relying on diagrams. The video ends...

This resource must have a greater concentration of hydroxide ions than hydrogen ions because it makes pH seem basic. The video describes what happens on a molecular level to change the pH of a liquid and focuses on the importance of...

Learners investigate the relationship of position with respect to time in a graphical situation and develop an understanding of the slope related to the object in motion. They then use that understanding to create a velocity versus time...

How does that sound look? Teach the characteristics of sound waves through a video lesson that shows an analysis of different frequencies and amplitude of sound waves. The instructor also represents the characteristics of the sound...

The Next Generation Science Standards list Developing and Using Models as the second science and engineering practice. The video explains conceptual models and the expectations for K-12th grade scholars. It highlights the progression of...

The first practice covered in the Next Generation Science Standards is learning to ask questions and define problems. The video focuses on the similarities and differences between science and engineering focusing on this practice. It...

The Next Generation Science Standards incorporate planning and carrying out investigations as the third practice. An informative video details how investigations benefit science and engineering, and highlights effective ways to form a...

The third practice in the Next Generation Science Standards applies analyzing and interpreting data. The video explains why this is important to scientists and many different ways to organize data. Then it moves on to discuss how to...

The fifth practice in the Next Generation Science Standards covers using mathematics and computational thinking. Scholars and scientists watch a video that explains how they use these skills starting in early elementary, and becoming...

The Next Generation Science Standards list constructing explanations and designing solutions as the sixth practice. The video explains how scientists create and modify theories over time. Then, it offers many examples of scientific...

Learning to engage in arguments based on evidence helps scholars in many subjects. A helpful video explains the importance of this topic and why it is included in the Next Generation Science Standards. It focuses on informal and formal...

The Next Generation Science Standards list obtaining, evaluating, and communicating information as the eighth practice. Explaining the importance of reading and understanding scientific information, a video on the NGSS stresses...

The Next Generation Science Standards list the first concept for all disciplines as patterns. Learners view the progression as scholars move from grade to grade and apply these skills in an informative video on the NGSS

Many processes in the universe are either too small and fast or too large and slow to easily observe. The third concept in the Next Generation Science Standards addresses this with lessons on scale, proportion, and quantity. A video...