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1st Grade - 3rd Grade
Identifying and Understanding Forces - Push and Pull in Everyday Situations - Elementary Physics
Interactive Video
1st Grade - 3rd Grade
Fun, Physics, Education, Science
Explore the fundamental concepts of push and pull forces through engaging real-world examples such as tug-of-war and building a snowman. Gain a comprehensive understanding of force direction and applications, enabling differentiation between pushing and pulling forces in various contexts.
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1st Grade - 3rd Grade
Understanding Forces - Movement Principles - Physical Science
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1st Grade - 3rd Grade
Physics
Explore the fundamental concepts of forces and motion, examining how they interact to cause changes in movement. Gain insights into the application of forces in everyday contexts and deepen your understanding of physical principles.
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1st Grade - 5th Grade
Physics Exploration - Fundamental Forces and Motion - Understanding Force, Motion, and Energy
Interactive Video
1st Grade - 5th Grade
English
Explore the fundamental principles of physics by focusing on key concepts such as force, motion, gravity, inertia, energy, and simple machines. Develop the ability to understand and explain these concepts, apply knowledge to solve physics problems, and identify the role of these principles in everyday phenomena.
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1st Grade - 6th Grade
Understanding Velocity - Key Concepts in Motion - Physics Fundamentals
Interactive Video
1st Grade - 6th Grade
Science, Physics
Explore the fundamentals of velocity, distinguishing it from speed, and understand its calculation methods. Gain insights into the significance of units, learn about average velocity, and examine how velocity impacts various scenarios. Develop skills to analyze and interpret motion with accuracy, enhancing understanding of this essential physics concept.
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1st Grade - 6th Grade
DC Motor Control - H-Bridge Circuit - Arduino Applications
Interactive Video
1st Grade - 6th Grade
Science, Other
Focus on mastering DC motor control using an H-bridge circuit with Arduino, emphasizing the management of motor speed and direction in both directions. Develop electronic circuit building skills and learn programming techniques to effectively control motors.
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