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Earth Space Science Activities Bundle - Google Slides™ and Print

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Secondary Sparks
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Grade Levels
5th - 8th
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Standards
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Secondary Sparks
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Includes Google Apps™
This bundle contains one or more resources with Google apps (e.g. docs, slides, etc.).

Products in this Bundle (16)

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    1. This bundle contains print and digital interactive science notebook resources that use Google Slides for middle school science. There are 6-10 interactive activities in each resource to review middle school science topics in Earth/Space, Life Science, and Physical Science.Use these activities for:Su
      Price $122.20Original Price $152.75Save $30.55
    2. This bundle contains quick lessons, guided notes, Google Slides™ and print activities. These are perfect for middle school level Earth Space classroom. The resources are no prep and can be used online or in person.Google Slides™ and Print ActivitiesThere are 6-8 interactive activities in each of the
      Price $77.00Original Price $96.25Save $19.25

    Description

    This is a bundle of print and digital interactive science notebook resources that use Google Slides These resources are perfect for a middle school Earth/Space Science class! There are 6-8 interactive activities for each unit. The activities vary depending on the unit. A preview is available for each resource to demonstrate what is included in each activity. Perfect for online learning or in-person instruction!

    Use these activities for:

    • Sub Plans
    • Test Prep (Florida SSA, Texas STAAR, NGSS)
    • Online Learning
    • Homework
    • Independent review
    • Stations
    • Interactive Notebook Activity
    • Early Finishers

    Many include either drag and drop or short answer text activities.

    INCLUDED IN THE BUNDLE:

    1. Weathering Erosion and Deposition Google Slides™ Activities

    This is a print and digital resource that uses Google Slides. There are 6 interactive activities related to Earth's changing landforms including weathering, erosion and deposition. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand visual representations and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Earth's changing landforms (weathering, erosion, deposition)

    ⭐ Mechanical Weathering vs Chemical Weathering
    ⭐ Vocabulary such as deltas, groundwater, dunes, abrasion, glacial drift, floodplain, oxidation)

    ⭐ How rivers impact erosion and deposition

    ⭐ Erosion prevention methods

    2. Earth's Layers Google Slides™ Activities

    This is a print and digital resource that uses Google Slides. There are 6 interactive activities related to the layers of Earth including crust, mantle, core and the physical layers. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand diagrams and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Earth's Physical Layers (Lithosphere, asthenosphere, mesosphere, outer core, inner core)

    ⭐ Earth's compositional layers (Crust, mantle core)
    ⭐ Elements within Earth's layers

    ⭐ Vocabulary (layers, convection)

    3. Rock Cycle Google Slides™ Activities

    This is a print and digital resource that uses Google Slides. There are 6 interactive activities related to the rock cycle including changes in type (igneous, metamorphic and sedimentary) These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, write a story and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Rock Types (igneous, metamorphic, sedimentary)

    ⭐ Process of the rock cycle
    ⭐ Reviews weathering, erosion, intrusive, extrusive, magma

    ⭐ Researching typed of rock including granite, limestone, gneiss, sandstone, slate, basalt

    ⭐ Vocabulary

    4. The Water Cycle Google Slides™ Activities

    This is a print digital resource that uses Google Slides. There are 6 interactive activities related to the water cycle including changes in state, energy in the water cycle and interactions of water on Earth. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, write a story and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Changes in states of matter (condensation, precipitation, sublimation, evaporation, melting, sublimation)

    ⭐ Interactions of the water cycle (transpiration, ground water, infiltration, runoff, percolation)
    ⭐ Hurricane formation and the transport of material through rivers/streams

    5. Earth's Atmosphere Google Slides™ Activities

    This is a print and digital resource that uses Google Slides. There are 6 interactive activities related to Earths atmosphere including layers of the atmosphere, the ozone layer and greenhouse gases. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Atmospheric Layers (Troposphere, Stratosphere, Mesosphere, Thermosphere & Exosphere)
    ⭐ Greenhouse gases
    ⭐ Ozone layer
    ⭐ Air pressure and temperature in the atmospheric layers
    ⭐ Air composition

    6. Interactions of Earth's Spheres Print and Google Slides™ Activities

    This is a print and digital resource that uses Google Slides. There are 6 interactive activities to Earths spheres including geosphere, hydrosphere, hydrosphere and atmosphere. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Geosphere
    ⭐ Hydrosphere
    ⭐ Atmosphere
    ⭐ Biosphere
    ⭐ How Earth's spheres interact with one another

    7. Plate Tectonics and Continental Drift Digital Google Slides™ Activities

    This is a print and digital resource that uses Google Slides. There are 6 interactive activities to review the Theory of Plate Tectonics, continental drift and Earth's structures. These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Earth's Layers
    ⭐ Plate Boundaries (convergent, divergent, transform)
    ⭐ Plate collisions (oceanic-oceanic, continental-continental and oceanic-continental)
    ⭐ Evidence for plate tectonics and continental drift (mid-ocean ridge, magnetic anomalies and sea-floor spreading)
    ⭐ The Ring of Fire
    ⭐ Oceanic vs Continental Crust

    8. Earthquakes and Volcanoes

    This is a print digital resource that uses Google Slides. There are 7 interactive activities related to earthquakes and volcanoes. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand visual representations and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Types of Volcanoes (shield, composite, cinder cone)

    ⭐ Parts of a volcano (lava, vent, ash cloud, magma)
    ⭐ Vocabulary such as Lava, Focus, Hot Spot, Magma, Fault, Epicenter, Vent.

    ⭐ Recent volcanic eruption research

    ⭐ Parts of an earthquake (focus, fault, epicenter)

    ⭐ How earthquakes can cause tsunamis

    ⭐ Earthquakes and plate boundaries

    ⭐ Types of faults (normal, strike-slip, reverse fault)

    9. Weather

    This is a print and digital resource that uses Google Slides. There are 7 interactive activities related to weather and severe weather. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand visual representations and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Influences on weather including jet stream, winds, ocean currents, fronts, air masses, water cycle and global wind patterns.

    ⭐ How the water cycle influences the weather
    ⭐ Variables used to describe the weather including temperature, air pressure, wind, humidity, relative humidity and dew point.

    ⭐ Cloud Types including stratus, cumulus and cirrus.

    ⭐ High-pressure and low-pressure systems and the types of weather they bring.

    ⭐ Cold fronts, warm fronts and stationary fronts

    ⭐ Severe weather including thunderstorms, tornadoes and hurricanes.

    10. Climate

    This is a fully digital resource that uses Google Slides. There are 6 interactive activities related to climate. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand visual representations and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Influences on climate including latitude, altitude, topography, surface ocean currents, winds, water cycle and temperature.

    ⭐ Compare and Contrast weather vs climate.
    ⭐ How latitude and energy from the sun affects climate.

    ⭐ Effects of the water cycle, large bodies of water and proximity to coastlines on climate.

    ⭐ Differences between climate zones (polar zones, temperate zones and tropical zones) and their latitudes.

    ⭐ Surface ocean currents and the Great Ocean Conveyor Belt's effect on climate.

    11. Earth's History: Geologic Time Scale

    This is a print and digital resource that uses Google Slides. There are 6 interactive activities related to Earth's History and the Geologic Time Scale. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand visual representations and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Influences on climate including absolute dating, relative dating, index fossil, radioactive decay, geologic column, unconformity and half-life.

    ⭐ Research on fossils: Preservation in rock, amber, petrification and trace fossils.
    ⭐ Compare and contrast relative dating vs absolute dating.

    ⭐ The Law of Superposition. Identifying younger vs older rocks by looking at diagrams.

    ⭐ Stratigraphy and Disturbances in sedimentary rock layers such as tilting, folding, intrusions and faulting.

    12. Human Impact on Earth and Conservation

    This is a fully digital resource that uses Google Slides. There are 6 interactive activities related to human impact on Earth and conservation. These activities are perfect for an Earth Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand visual representations and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Nonrenewable and renewable resources

    ⭐ Human Impact on Land including desertification, deforestation, erosion and urbanization.
    ⭐ Water pollution including thermal pollution, biological pollution, eutrophication and chemical pollution.

    ⭐ Marine debris, marine plastics and the time it takes for them to decompose/how they affect marine organisms.

    ⭐ Global warming and it's indicators.

    ⭐ Making a difference in the world to improve the health of the planet.

    13. Scientific Investigations and Inquiry

    This is a fully digital resource that uses Google Slides. There are 6 interactive activities to review scientific investigations and the scientific method.

    Students will review vocabulary, real-world examples, independent and dependent variables and design a quick investigation.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. Answer key is included in the PDF as well as the Google Slides link.


    Content covered:

    ⭐ Experiments vs Observations

    ⭐ Creating a Hypothesis

    ⭐ Variables (Independent, Dependent, Constant)

    ⭐ Scientific Method Steps

    14. The Solar System

    This is a fully digital resource that uses Google Slides. There are 8 interactive activities related to the solar system. These activities are perfect for an Earth and Space Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand visual representations and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Vocabulary such as centripetal force, astronomical unit (AU), gas giants, dwarf planet, terrestrial planets, Kuiper Belt and solar nebula.

    ⭐ Geocentric vs Heliocentric Model and involved scientists (Aristotle, Ptolemy, Copernicus, Kepler)
    ⭐ Gravity in the solar system and how distance/mass affect gravitational force.

    ⭐ Inner Planets (Terrestrial Planets) and Outer Planets (Gas Giants)

    ⭐ Meteoroids, meteors and meteorites

    ⭐ Comets & parts of the comet (dust tail, ion tail, nucleus and coma)

    ⭐ Asteroids

    15. Properties of Stars and the Sun

    This is a print and digital resource that uses Google Slides. There are 8 interactive activities related to properties of stars and the sun. These activities are perfect for an Earth and Space Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand visual representations and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Vocabulary such as apparent magnitude, convection, absolute magnitude, luminosity, sunspot, photosphere, prominence.

    ⭐ Types of stars by color and temperature (red, yellow, blue and white)
    ⭐Hertzsprung–Russell diagrams (H-R Diagram) and application.

    ⭐ Researching a star and identifying it's classification, radius, temperature, distance from Earth, and image and other facts.

    ⭐ Layers of the Sun ( Core, radiative zone, convection zone, photosphere, chromosphere and corona)

    ⭐ Apparent magnitude vs absolute magnitude

    ⭐ Star Structure and parts of the sun (photosphere, sunspot, radiative zone, corona, solar flare, core, prominence, chromosphere and convection zone)

    ⭐ Solar properties (sunspots, prominences and solar flares)

    16. Earth Moon Sun System

    This is a print and digital resource that uses Google Slides. There are 6 interactive activities related to the solar system. These activities are perfect for an Earth and Space Science class with no prep! These can be used as online stations, an activity for early finishers, homework or for review in the classroom. Perfect for distance learning!

    Students will practice vocabulary skills, make real-world connections, research independently, understand visual representations and review concepts.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. An answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐ Movement of Earth (Rotation, Revolution, tilt on axis)

    ⭐ Differences/Facts about the Earth, Sun and Moon.
    ⭐ Tides (Neap tides, spring tides, moon phases, low tide, high tide)

    ⭐ Seasons on Earth

    ⭐ Moon phases

    ⭐ Solar Eclipses and Lunar Eclipses

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    Standards

    to see state-specific standards (only available in the US).
    NGSSMS-ESS1-4
    Construct a scientific explanation based on evidence from rock strata for how the geologic time scale is used to organize Earth’s 4.6-billion-year-old history. Emphasis is on how analyses of rock formations and the fossils they contain are used to establish relative ages of major events in Earth’s history. Examples of Earth’s major events could range from being very recent (such as the last Ice Age or the earliest fossils of homo sapiens) to very old (such as the formation of Earth or the earliest evidence of life). Examples can include the formation of mountain chains and ocean basins, the evolution or extinction of particular living organisms, or significant volcanic eruptions. Assessment does not include recalling the names of specific periods or epochs and events within them.
    NGSSMS-ESS2-3
    Analyze and interpret data on the distribution of fossils and rocks, continental shapes, and seafloor structures to provide evidence of the past plate motions. Examples of data include similarities of rock and fossil types on different continents, the shapes of the continents (including continental shelves), and the locations of ocean structures (such as ridges, fracture zones, and trenches). Paleomagnetic anomalies in oceanic and continental crust are not assessed.
    NGSSMS-ESS3-2
    Analyze and interpret data on natural hazards to forecast future catastrophic events and inform the development of technologies to mitigate their effects. Emphasis is on how some natural hazards, such as volcanic eruptions and severe weather, are preceded by phenomena that allow for reliable predictions, but others, such as earthquakes, occur suddenly and with no notice, and thus are not yet predictable. Examples of natural hazards can be taken from interior processes (such as earthquakes and volcanic eruptions), surface processes (such as mass wasting and tsunamis), or severe weather events (such as hurricanes, tornadoes, and floods). Examples of data can include the locations, magnitudes, and frequencies of the natural hazards. Examples of technologies can be global (such as satellite systems to monitor hurricanes or forest fires) or local (such as building basements in tornado-prone regions or reservoirs to mitigate droughts).
    NGSSMS-ESS2-2
    Construct an explanation based on evidence for how geoscience processes have changed Earth’s surface at varying time and spatial scales. Emphasis is on how processes change Earth’s surface at time and spatial scales that can be large (such as slow plate motions or the uplift of large mountain ranges) or small (such as rapid landslides or microscopic geochemical reactions), and how many geoscience processes (such as earthquakes, volcanoes, and meteor impacts) usually behave gradually but are punctuated by catastrophic events. Examples of geoscience processes include surface weathering and deposition by the movements of water, ice, and wind. Emphasis is on geoscience processes that shape local geographic features, where appropriate.
    NGSSMS-ESS1-2
    Develop and use a model to describe the role of gravity in the motions within galaxies and the solar system. Emphasis for the model is on gravity as the force that holds together the solar system and Milky Way galaxy and controls orbital motions within them. Examples of models can be physical (such as the analogy of distance along a football field or computer visualizations of elliptical orbits) or conceptual (such as mathematical proportions relative to the size of familiar objects such as students’ school or state). Assessment does not include Kepler’s Laws of orbital motion or the apparent retrograde motion of the planets as viewed from Earth.

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