Percent Increase and Decrease Quiz
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3:15
Position and Time Graph - High quality HD Animated Video - eLearning
It’s well known among educators that complex and abstract topics can be understood more easily (especially by younger students) when concepts are introduced visually. Visuals not only improve a student’s ability to understand how something works, but also help with retention. Furthermore, by seeing the “whole” of something, children are better able to understand the parts. Even more importantly, research shows that 3D-animated models are able to represent information in the most efficient m
2nd - 12th, Higher Education
Measurement, Physical Science
5:39
Different Types of Graph - High quality HD Animated Video - eLearning
It’s well known among educators that complex and abstract topics can be understood more easily (especially by younger students) when concepts are introduced visually. Visuals not only improve a student’s ability to understand how something works, but also help with retention. Furthermore, by seeing the “whole” of something, children are better able to understand the parts. Even more importantly, research shows that 3D-animated models are able to represent information in the most efficient m
1st - 12th, Higher Education
Measurement
Also included in: Grade 5 TEKS - Measurement and Data - 9 HD Videos Bundle - ISEE / SSAT
5:39
The Volume of Matter - High quality HD Animated Video - eLearning
It’s well known among educators that complex and abstract topics can be understood more easily (especially by younger students) when concepts are introduced visually. Visuals not only improve a student’s ability to understand how something works, but also help with retention. Furthermore, by seeing the “whole” of something, children are better able to understand the parts. Even more importantly, research shows that 3D-animated models are able to represent information in the most efficient m
1st - 12th, Higher Education
Measurement, Science
3:41
SI Units - High quality HD Animated Video - eLearning - Homeschooling
It’s well known among educators that complex and abstract topics can be understood more easily (especially by younger students) when concepts are introduced visually. Visuals not only improve a student’s ability to understand how something works, but also help with retention. Furthermore, by seeing the “whole” of something, children are better able to understand the parts. Even more importantly, research shows that 3D-animated models are able to represent information in the most efficient m
2nd - 12th, Higher Education
Measurement, Science
5:39
Converting More Complex Units - High quality HD Animated Video - eLearning
It’s well known among educators that complex and abstract topics can be understood more easily (especially by younger students) when concepts are introduced visually. Visuals not only improve a student’s ability to understand how something works, but also help with retention. Furthermore, by seeing the “whole” of something, children are better able to understand the parts. Even more importantly, research shows that 3D-animated models are able to represent information in the most efficient manner
2nd - 12th, Higher Education
Math, Measurement
CCSS
4.MD.A.1
, 4.MD.A.2
, 4.MD.A.3
+1
5:39
Converting Units - High quality HD Animated Video - eLearning - Homeschooling
It’s well known among educators that complex and abstract topics can be understood more easily (especially by younger students) when concepts are introduced visually. Visuals not only improve a student’s ability to understand how something works, but also help with retention. Furthermore, by seeing the “whole” of something, children are better able to understand the parts. Even more importantly, research shows that 3D-animated models are able to represent information in the most efficient m
2nd - 12th, Higher Education
Measurement
CCSS
4.MD.A.1
, 4.MD.A.2
, 4.MD.B.4
+5
"Roller Coaster Physics STEM Activity I AI Integrated Engineering Design
Roller Coaster Physics STEM Activity | Energy Forces Motion | AI Integrated Engineering DesignMake energy conservation visible, tangible, and thrilling!Watch your students' eyes light up as they discover why marbles fly off curves, what makes loops work, and when AI calculations meet real-world friction. This 2-day hands-on physics lesson combines traditional engineering with cutting-edge AI literacy—and the results are spectacular. What Makes This Lesson Different?Your students don't just learn
7th - 10th
Engineering, Measurement, Physics
Earthquake Engineering|STEM DesignChallenge|Years 6-10
Earthquake Engineering|STEM DesignChallenge|Years 6-10In this hands-on STEM engineering challenge, students design, build, and test model structures to withstand simulated earthquake forces. This lesson moves beyond worksheets by requiring physical construction, testing, observation, and evidence-based reasoning, making it ideal for authentic Science assessment. 🔬 LESSON OVERVIEW Students investigate how earthquakes affect buildings and explore design strategies used by engi
6th - 10th
Engineering, Measurement, Physics
STEM Bridge Design Challenge
STEM Engineering | Design Process | Hands-On Build | Assessment-Safe | AI-Aware AI tools make it easy for students to copy STEM answers. This AI-resistant bridge engineering task requires physical evidence, testing, and personal justification — AI cannot complete it for students. Perfect as a standalone task or entry point into larger STEM units. This AI-resistant STEM engineering task challenges students to analyse why a physical bridge design fails and how it could be
6th - 10th
Engineering, Measurement, Physics
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