1st Grade Forces And Motion Interactive Videos

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.

Explore the dynamic realm of forces, concentrating on the contrast between balanced and unbalanced forces. Visual examples clarify these concepts, illustrating how forces influence movement and interactions within physical systems. Learners will gain a clear understanding of how different forces affect the environment, fostering analytical skills in interpreting force interactions and predicting outcomes.

Explore the fascinating principles of magnetism by examining the properties of magnets, understanding magnetic fields, and recognizing their practical applications. Gain the ability to identify magnetic materials and perform basic experiments. Learn about the significance of magnetism in the natural world, including its use by animals for navigation.

Explore the intriguing properties of magnets and their diverse applications, including how animals utilize Earth's magnetic field for navigation. Learners gain an understanding of magnetic properties, engage in simple experiments, and construct a DIY compass, thereby enhancing their grasp of scientific concepts and practical navigational skills.

Explore the fundamental principles of motion and forces, focusing on key concepts such as velocity, acceleration, Newton's laws, momentum, gravity, and simple machines. Enhance understanding of Newtonian mechanics, develop problem-solving skills, and apply theoretical knowledge to practical scenarios.

Explore the world of magnets, focusing on magnetic forces, poles, and electromagnetism. Understand the differences between permanent and temporary magnets and develop skills in creating temporary magnets, enhancing comprehension of electromagnet applications and limitations.

Explore the fascinating world of magnetism, focusing on how magnets exert forces and interact with various metals. Understand the principles of magnetic fields and the properties of metals through engaging experiments. Enhance comprehension of magnetic forces and materials, leading to a deeper understanding of how magnets function and interact with their environment.

Explore the intriguing properties of magnets by understanding magnetic forces, poles, and their interactions. Develop skills to identify magnet behaviors, conduct experiments, and apply principles to practical applications, enhancing comprehension of fundamental physics concepts.

Explore the principles of balanced and unbalanced forces to understand why objects remain at rest or change speed and direction. Gain insight into the concept of equilibrium and motion, identify examples of balanced forces, and explain the impact of unbalanced forces on movement.

Learners will explore how unbalanced and balanced forces impact the motion and velocity of objects, gaining a foundational understanding of essential physics principles. This enables the ability to distinguish different types of forces and predict motion changes, thereby enhancing analytical and problem-solving skills in the field of physics.

Explore the impact of unbalanced forces on objects' motion and understand the concept of equilibrium. Learners will comprehend how unbalanced forces alter speed and will identify equilibrium states, thereby enhancing their physics knowledge and analytical abilities.

Explore the physics underlying roller coasters by examining the roles of friction, acceleration, and G forces. Understand energy transformation and analyze how gravitational forces influence motion, providing a comprehensive and thrilling educational experience.

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.

Explore essential concepts of motion and gravity, distinguishing various forces and their effects on objects. Gain insights into how gravity, friction, and inertia interact with motion, enhancing the understanding of physical science principles.

Investigate the fundamental principles of force and motion, focusing on gravity, mass, inertia, and friction. Increase understanding of these physics concepts and their impact on real-world scenarios through engaging experiments and exploratory activities.

Understand the fundamental principles of magnetism by examining the properties of materials and the effects of magnetic forces. Develop insights into the function of both permanent magnets and electromagnets, enhancing problem-solving abilities and comprehension of applications within physical science.

Investigate the interplay between force, mass, and variations in kinetic energy through insightful questions and thought experiments. Enhance comprehension of the work-energy theorem and its impact on real-world physics scenarios, fostering a deeper understanding of crucial principles and their applications.

Explore motion and friction to understand how objects move and the forces that impact their speed and direction. Gain insight into the effects of different surfaces on friction and examine various types of motion in everyday contexts. Build a strong foundation in physical science concepts.

Learners will explore the concept of balanced and unbalanced forces, examining how these forces impact the motion and stability of objects. The focus is on developing a deeper understanding of the effects of different force interactions on stationary and moving objects. Learners will acquire the skills to identify and explain these dynamics in real-life scenarios.

Explore the fundamental concepts of forces in motion, examining the impact of friction, gravity, and other forces on objects. Gain insight into the interaction of different forces and develop the ability to identify their effects in everyday scenarios, enhancing comprehension of basic physical principles.