What this deck covers
This deck focuses on Model Interactions Between Two Systems, giving you a quick way to review the definitions, rules, and examples that matter most for 5th Grade Science.
Study Model Interactions Between Two Systems in 5th Grade Science with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
0% Complete
What is the atmosphere in an Earth systems model?
Tap card or press Space to flip
The layer of gases surrounding Earth. This gaseous envelope protects and sustains life on Earth.
How well did you know it?
Card 1 / 75
Space to flip · ← / → to move · once flipped, → Got it · ← Still learning
This deck focuses on Model Interactions Between Two Systems, giving you a quick way to review the definitions, rules, and examples that matter most for 5th Grade Science.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: The layer of gases surrounding Earth. This gaseous envelope protects and sustains life on Earth.
Answer: Direction of matter or energy transfer. Arrows show which way materials or energy flow between systems.
Answer: Biosphere and atmosphere. Plants (biosphere) transpire water into air (atmosphere).
Answer: Volcanoes releasing ash and gases into the air. Volcanic eruptions transfer solid and gas matter upward.
Answer: All water: liquid, solid, and water vapor. Encompasses water in all three states of matter.
Answer: Biosphere and geosphere. Living plants (bio) physically break rocks (geo).
Answer: Precipitation. Rain falls from clouds into the lake below.
Answer: Geosphere and atmosphere. Solid Earth releases materials into the air system.
Answer: Hydrosphere and geosphere. Water (hydro) erodes rock material (geo).
Answer: Hydrosphere and geosphere. Moving water physically changes rocks and land.
Answer: How matter or energy moves between two systems. Models use arrows and labels to show transfers between systems.
Answer: Precipitation. Water returns to Earth's surface in various solid or liquid forms.
Answer: Biosphere and atmosphere. Living plants release water vapor into the air system.
Answer: Hydrosphere → geosphere. Water soaks from surface into ground.
Answer: Matter transfer: geosphere particles to atmosphere. Wind transfers solid particles from land to air.
Answer: Atmosphere and biosphere. Plants take gas from air to make food and oxygen.
Answer: Erosion or deposition of sediment by moving water. Moving water physically changes Earth's surface.
Answer: Diagram model. Uses pictures with labels and arrows to show processes.
Answer: Geosphere and atmosphere. Volcanic material (geosphere) enters the air layer (atmosphere).
Answer: Plants releasing oxygen or water vapor into the air. Living organisms contribute gases to the atmosphere.
Answer: Geosphere and atmosphere. Solid Earth (geo) releases materials to air (atmo).
Answer: Atmosphere and geosphere. Rain (atmosphere water) contacts soil/rock (geosphere).
Answer: Biosphere and atmosphere. Living plants (biosphere) absorb CO₂ gas (atmosphere) for photosynthesis.
Answer: Geosphere and hydrosphere. Earth materials (geo) enter water system (hydro).
Answer: Hydrosphere and geosphere. Water moves from the water system into the rock/soil system.
Answer: Biosphere and atmosphere. Living things (bio) exchange gases with air (atmo).
Answer: Hydrosphere and geosphere. Water (hydrosphere) moves soil particles (geosphere) through erosion.
Answer: Biosphere. All life forms are part of this interconnected system.
Answer: Atmosphere and geosphere. Moving air (atmosphere) reshapes sand formations (geosphere).
Answer: Precipitation adding water to oceans, lakes, or rivers. Rain transfers water from air to water bodies.
Answer: Conceptual model. Uses written descriptions to explain relationships.
Answer: Hydrosphere and geosphere. Ocean water physically changes the solid coastline.
Answer: Hydrosphere and atmosphere. Liquid water (hydrosphere) becomes water vapor (atmosphere) through heat.
Answer: Biosphere and atmosphere. Living things exchange gases with the air system.
Answer: All water on Earth: liquid, solid ice, and water vapor. Encompasses water in all three states of matter.
Answer: Hydrosphere → atmosphere. Water vapor rises from water bodies into air.
Answer: Geosphere → hydrosphere. Water moves from underground to surface water.
Answer: Geosphere, hydrosphere, atmosphere, biosphere. These four systems contain all Earth's matter and energy.
Answer: Hydrosphere and atmosphere. Water (hydro) transfers heat to air (atmo).
Answer: Evaporation. Heat energy transforms liquid water into invisible water vapor.
Answer: Runoff. Surface water flows downhill when soil can't absorb it all.
Answer: Physical model. Uses 3D objects you can touch to represent systems.
Answer: A transfer of matter or energy from one system to another. Shows the direction and type of exchange between systems.
Answer: Biosphere and geosphere. Plant roots (biosphere) physically weather rock (geosphere).
Answer: Hydrosphere and atmosphere. Water changes from liquid ocean to gas in the air.
Answer: Biosphere and geosphere. Living roots physically break apart solid rock.
Answer: Solid Earth: rocks, soil, landforms, and Earth interior. Includes all solid materials that make up Earth's structure.
Answer: Geosphere and hydrosphere. Rock/soil (geosphere) moves into water bodies (hydrosphere).
Answer: The layer of gases surrounding Earth. Contains all gases that make up Earth's air.
Answer: Biosphere and geosphere. Plant roots (biosphere) physically weather rocks (geosphere) into soil.
Answer: All living things and their environments. Includes all organisms and where they live.
Answer: Water vapor. Water changes from liquid to gas state during this process.
Answer: Atmosphere. The gas layer surrounding Earth forms this system.
Answer: Direction of matter or energy transfer. Arrows show which way materials or energy flow.
Answer: Rocks, soil, landforms, and Earth's interior. Includes all solid Earth materials from surface to core.
Answer: Infiltration. Water enters underground spaces through porous soil and rock.
Answer: A cycle with arrows forming a loop between the two systems. Bidirectional arrows show continuous exchange between systems.
Answer: A flow of matter or energy from one system to another. Shows direction of material or energy movement between spheres.
Answer: How matter or energy moves between the two systems. Models track transfers like water evaporating or nutrients cycling.
Answer: Atmosphere and geosphere. Moving air physically relocates solid Earth materials.
Answer: Hydrosphere and atmosphere. Water changes from liquid (hydrosphere) to gas (atmosphere).
Answer: Atmosphere → hydrosphere. Water falls from clouds to Earth's surface.
Answer: Atmosphere → hydrosphere. Water vapor in air becomes liquid water.
Answer: Geosphere, hydrosphere, atmosphere, biosphere. These four systems interact to create all Earth processes.
Answer: Condensation. Gas water becomes liquid droplets when cooled.
Answer: Geosphere, hydrosphere, atmosphere, biosphere. These four spheres contain all Earth's materials and processes.
Answer: Condensation. Cooling causes water vapor to change back to tiny liquid drops.
Answer: All living things and the places they live. Includes organisms and their habitats across Earth.
Answer: Sediment carried by a river. Physical particles move between systems.
Answer: Hydrosphere and geosphere. River water (hydrosphere) transports rock particles (geosphere).
Answer: Atmosphere → biosphere. Plants take CO₂ from air during photosynthesis.
Answer: Evaporation. Heat causes liquid water to become water vapor.
Answer: Geosphere, hydrosphere, atmosphere, biosphere. These spheres represent Earth's major components: rocks, water, air, and life.
Answer: Sunlight heating water. Heat transfers without moving matter.
Answer: Hydrosphere and geosphere. Water carries and deposits solid Earth materials.