Earth Science
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Earth Science
Orbiter
- Made of superior quality polymers.
- Sturdy structure and good stability.
- A smooth Gear-driven model.
- Manually movable moon.
- Shadow hemisphere to represent night.
- Includes a detailed instruction manual.
How many days does it take the Earth to revolve around the Sun? The answer to this question and more are answered when using this gear-driven model representing the Sun, Moon and Earth and their relationships. Daylight, night, seasons, and phases of the Moon are all effectively demonstrated. Arm is 15″ long; Sun is 6″ in diameter; Earth is 4″ in diameter; moon is 1″ in diameter.
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Earth Science
Illuminated Orbiter
- Made of superior quality polymers.
- A smooth Gear-driven model.
- Mounted on a sturdy base, labeled with each month of the year.
- Includes a detailed instruction manual.
Illuminate the Sun to effectively demonstrate daylight, night, seasons, and phases of the Moon. The Sun, Earth and Moon manually revolve around one another on this gear-driven model. The earth and moon are shown in true scale. The scale is 1 inch = 2000 miles. Arm is 15″, Sun is 6″ and the Earth is 4″ in diameter. Includes Lesson Plan which includes basic investigations and activities on Day and Night, The Seasons, The Moon, plus Observations and Activities.
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Earth Science
Solar System Simulator
- Provides students a great visual representation of our solar system.
- Brightly colored for easy visibility.
- An ideal complement to any science classroom.
- Allows students to witness the solar system in action.
The Solar System Simulator is a three-dimensional model of the sun and the eight planets. The calendar at the base allows the positioning of planets according to the date and shows the relative position between individual planets and the sun.
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Earth Science
Globe, Illuminated, Dual Purpose
Illuminated dual-purpose political globe with a durable, waterproof surface, featuring a plastic graduated arc and sturdy base. Ideal for educational and decorative use, offering clear political boundaries with illumination for enhanced visibility. It gives physical relief with light off and physical cum political relief with light on.
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Earth Science
Celestial Star Globe
Study the stars with your own planetarium!
- Globe-IN-Globe configuration. A Celestial star globe made of Superior quality polymers.
- Easy to demonstrate the Earth’s apparent relationship to the Stars, Planets & Galaxies.
- A Perfect medium to define star activities to the Students.
- Mounted in full horizon and meridian base for stability.
- Outer surface can be marked & cleaned. Easily Washable.
- Internal Earth globe is independently movable.
- The horizon is depicted.
- Easy to adjust hour & date settings.
- Ecliptic, ascension and declination scales are clearly marked.
- Includes detailed activity and study guides.
This unique 12″ diameter star globe and 4″ world globe may be rotated independently. The meridian may be tilted to adjust the globe for latitude while the horizon ring indicates the actual horizon in relation to the point of observation on Earth. The Sun may be set by adjusting the sun knob located near the North Pole. Globe can be set to reflect constellation position according to time and place to show the actual positions of the stars. Globe has been printed on the inside so that a crayon may be used to mark positions of the planets or the moon on the outside.
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Earth Science
River in Action
This educational model demonstrates the three stages of river action. It visually represents how rivers shape landscapes over time. Additionally, the model includes a detailed depiction of the water cycle, showcasing evaporation, condensation, and precipitation. Perfect for classrooms, it provides an interactive learning experience on both river processes and the natural water cycle.
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Earth Science
Interior of the Earth
This detailed model of Earth’s interior illustrates its layered structure, including the crust, mantle, outer core, and inner core. Each layer is color-coded and labeled for easy identification, providing a clear understanding of Earth’s composition and internal processes. Ideal for educational use, it helps students visualize and explore the complex geology beneath the Earth’s surface.
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Earth Science
Geographical Terms
This model highlights key features of various landscapes, including mountains, valleys, plateaus, rivers, and plains. It offers a 3D representation of natural formations and terrain types, helping students visualize and understand the geography and topography of different regions. Ideal for geography lessons, the model is a hands-on tool for exploring Earth’s diverse landforms.
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Earth Science
Conventional Signs
This model displays 60 conventional signs used to represent actual relief features on maps, such as roads, rivers, forests, and mountains. It provides a hands-on learning tool for understanding map symbols, helping students and professionals accurately interpret topographic maps. Ideal for geography education, it enhances map-reading skills by showcasing widely used cartographic symbols.
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Earth Science
Rocks and Volcanoes
This comprehensive model showcases the formation and characteristics of sedimentary, igneous, and metamorphic rocks, along with a detailed depiction of volcanoes. It visually explains how each rock type is formed through processes like sediment deposition, volcanic activity, and heat/pressure transformation. The volcano section demonstrates different eruption types and magma flow. Perfect for geology lessons, it provides an in-depth understanding of Earth’s rock cycle and volcanic activity.
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Earth Science
Restless Earth
This detailed model illustrates the process of sea-floor spreading, highlighting the formation of oceanic crust, subduction zones, midocean ridges, and continental drift. It visually represents tectonic plate movements, showing how new crust forms at mid-ocean ridges and is recycled at subduction zones. Ideal for geology and earth science education, this model provides a clear understanding of plate tectonics and the dynamic processes shaping the ocean floor and continents.
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Earth Science
Oxygen and Carbon Cycle in Nature
This educational model illustrates the oxygen and carbon cycles in nature, showcasing how these essential elements move through the atmosphere, plants, animals, and the environment. It highlights key processes like photosynthesis, respiration, combustion, and decomposition. Ideal for teaching biology and environmental science, the model helps students understand the balance and interaction between carbon and oxygen in ecosystems.
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Earth Science
Formation of Rocks
The processes that create sedimentary, igneous, and metamorphic rocks. It visually explains how rocks are formed from magma, sediment, and metamorphic processes, showing how they transform from one type to another over geological time. Ideal for educational use, it provides a clear, interactive understanding of rock formation and the dynamic nature of Earth’s geology.
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Earth Science
Volcanic System
This model illustrates the key parameters of volcanic activity, including magma formation, eruption types, and lava flow. It also demonstrates post-eruption features such as volcanic craters, calderas, and lava plateaus. Ideal for educational purposes, the model provides a comprehensive view of how volcanoes form, erupt, and evolve, helping students visualize the dynamic processes and geological structures associated with volcanic activity.
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Earth Science
Glacial Landscape
This model showcases landscapes before and after glacial action, highlighting the transformative effects of glaciers. It illustrates how glaciers shape terrain through processes like erosion, deposition. Ideal for studying glaciation, the model provides a clear, comparative view of how glaciers sculpt and reshape landscapes over time.
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Earth Science
Air & Water Pollution
A model showing factors causing air and water pollution typically includes key contributors such as industrial emissions, vehicle exhaust, and agricultural runoff. Industrial activities release pollutants like sulfur dioxide and particulate matter into the air, while vehicles contribute carbon monoxide and nitrogen oxides. Water pollution arises from agricultural runoff carrying pesticides and fertilizers, as well as industrial discharges containing harmful chemicals. The model often illustrates how these pollutants interact with the environment, leading to detrimental effects on ecosystems and human health.
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