3rd Grade Slow Changes Interactive Videos

Explore the dynamics of Earth's changes by examining rapid events such as earthquakes and volcanoes alongside gradual processes like erosion and weathering. Understand the impacts these processes have on the environment and develop the ability to distinguish between the varying speeds of geological changes.

Explore the dynamic processes of erosion, weathering, and natural phenomena that shape Earth's surface. Develop the ability to identify and explain these processes and understand how they contribute to landscape transformations while recognizing the factors driving these changes.

Investigate the processes of weathering, focusing on chemical, mechanical, and biological changes, while examining their impact on geological formations such as the Grand Canyon. Gain the ability to identify various weathering types and comprehend the influence of natural forces on shaping the Earth's surface.

Exploration of Earth's surface dynamics centers on the movement of tectonic plates, leading to changes in landforms. Learners gain insights into processes such as erosion and weathering, enhancing understanding of Earth's natural transformations and landform dynamics.

Investigate the dynamic processes of weathering and erosion and their impact on shaping the Earth's surface, forming features such as valleys, canyons, and arches. Gain an understanding of how water, wind, and glaciers contribute to these geological transformations, enhancing knowledge of Earth's geological activities.

Examine how weathering, erosion, and deposition processes transform Earth's surface, leading to the creation of varied landforms such as valleys, dunes, and deltas. Enhance understanding of these geological processes by identifying essential elements and recognizing how diverse forces shape the planet over time.

Examine the characteristics and effects of tornadoes within the context of environmental changes. Gain insights into tornado safety and understand the dynamics of rapidly rotating air columns in these natural phenomena.

Explore the fascinating processes involved in the formation of waterfalls and the impact of erosion over time. Understand how various rock types influence rates of erosion, gaining deeper insight into geological formations.

Investigate the dynamic process of erosion and its significant influence on beach and rock landscapes, primarily driven by ocean waves and wind. Gain an understanding of the essential concepts of erosion, identify its causes, and examine effective methods to prevent it. Relate these changes to broader natural processes, enhancing comprehension of the natural world.

Investigate the impact of heat on physical and chemical transformations of matter, focusing on state changes, structural modifications, and temperature variations. Gain an understanding of heat transfer principles and discern irreversible chemical changes.

Investigate how natural processes such as weathering and erosion influence the development of various landforms over time. Gain insights into the creation of features including canyons, deltas, and sand dunes, and understand these processes' impact on Earth's geography.

Investigate the core concepts of matter, emphasizing its various states and the transitions between them, particularly focusing on how temperature affects molecular dynamics. Learners will gain an understanding of the interactions and transformations of solids, liquids, and gases, cultivating the ability to articulate phase changes such as melting and evaporation.

Analyze particle movement in various states of matter with a focus on phase changes such as melting and evaporation. Understand the transformations between states, the conditions influencing these changes, and the complexities of molecular interactions.

Investigate the intriguing transformations substances experience with temperature fluctuations, emphasizing phase changes such as melting, freezing, and evaporation. Develop an understanding of how heat impacts molecular motion, resulting in different states of matter. Explore practical applications, including condensation and melting processes, to grasp the fundamental concepts of thermal dynamics and molecular behavior.