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6th Grade North Carolina Science
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StandardLessonsWONDER or WIDEN Activities
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Inquiry
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The Process of Science Interactive Lesson
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Inquiry Anchor Charts
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Experimental Design Interactive Lesson

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Scientific Careers Gallery Walk
Membership Exclusive
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Science Safety Level Up Activity
Membership Exclusive
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Matter and Its Interactions
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PS.6.1.1 Use models to illustrate that matter
is made of atoms and elements, and are
distinguished from each other by the types of
atoms that compose them.
Atoms and Elements Interactive Lesson
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Atom Models Activity
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PS.6.1.2 Use models to explain the
relationship between changes in thermal
energy in a substance and the motion of its
particles (including phase changes).
States of Matter Interactive Lesson
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Thermal Energy and Particle Motion Experiments
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Phase Changes Interactive Lesson
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PS.6.1.3 Carry out investigations to compare
the physical properties of pure substances
that are independent of the amount of matter
present including density, melting point,
boiling point and solubility to properties that
are dependent on the amount of matter
present to include volume, mass and weight.
Physical Properties of Matter Interactive Lesson
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TPT Link
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Energy
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PS.6.2.1 Use models to compare the
directional transfer of heat energy of matter
through convection, radiation, and
conduction.
Heat Transfer Interactive Lesson
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Conduction, Convection, and Radiation Models Activity
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PS.6.2.2 Use models to explain how the
transfer of heat and resulting change of
temperature impacts the behavior of matter
to include conduction, expansion, and
contraction.
Thermal Expansion and Contraction Interactive Lesson
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PS.6.2.3 Carry out investigations to compare
the transfer of thermal energy in insulated
and non-insulated materials (examples could
include insulated box, solar cooker, or
styrofoam cup).
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PS.6.2.4 Engage in argument from evidence
to classify materials as conductors and
insulators of energy (both thermal and
electrical).
Conductors and Insulators Interactive Lesson
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PS.6.2.5 Carry out investigations to explain
the transfer of electrical energy in electrical
circuits, to include how a circuit requires a
complete loop through which an electrical
current can pass.
Electric Circuits Interactive Lesson
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Electric Circuits Activity
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Waves and Their Applications
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PS.6.3.1 Use models of a simple wave to
explain wave properties in seismic, light, and
sound waves that include: waves having a
repeating pattern with a specific amplitude,
frequency, and wavelength, and the
amplitude of a wave is related to the energy
of the wave.
Mechanical and Electromagnetic Waves Interactive Lesson
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Amplitude and Energy of a Wave – Models Activity
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Properties of Waves Interactive Lesson
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PS.6.3.2 Carry out investigations to conclude
the relationship between the electromagnetic
spectrum (including visible light) and sight.
Electromagnetic Spectrum Interactive Lesson
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Visible Light M&Ms Lab
Membership Exclusive
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Visible Light Waves Interactive Lesson
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TPT Link
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PS.6.3.3 Carry out investigations to conclude
the relationship between sound waves
(including rate of vibration, the medium
through which vibrations travel) and hearing.
Sound Waves Interactive Lesson
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Sound Waves Investigations
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How Sound Travels
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PS.6.3.4 Use models to explain that various
waves (seismic, sound, electromagnetic,
including visible light) are reflected, absorbed
or transmitted through various materials.
Wave Behaviors Interactive Lesson
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ALL PS.6.3 STANDARDSWaves Anchor Charts
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TPT Link
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From Molecules to Organisms - Structures and Processes
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LS.6.1.1 Use models to explain how the
processes of photosynthesis, respiration, and
transpiration work together to meet the needs
of plants.
Plant Processes Interactive Lesson
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LS.6.1.2 Construct an explanation to
compare how vascular and nonvascular
plants obtain, transport, and use nutrients
and water necessary for survival.
Vascular and Nonvascular Plants Interactive Lesson
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Nonvascular and Vascular Plants - Habitat Survivor STEM Challenge
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LS.6.1.3 Use models to summarize structural
adaptations, processes, and responses that
flowering plants use for defense, survival and
reproduction.
Parts of a Flower
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Parts of a Flower Matching Activities
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Sexual Reproduction in Flowering Plants
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Plant Defense Mechanisms in Flowering Plants
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Ecosystems - Interactions, Energy, and Dynamics
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LS.6.2.1 Use models to summarize how
energy derived from the sun is used by plants
to produce sugars (photosynthesis) and is
transferred to consumers and decomposers.
Photosynthesis and Respiration Interactive Lesson
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TPT Link
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LS.6.2.2 Analyze and interpret data to predict
how the abiotic factors (such as temperature,
water, sunlight, and soil quality) and biotic
factors affect the ability of organisms to grow
and survive in different biomes (freshwater,
marine, temperate forest, rainforest,
grassland, desert, taiga, tundra).
Photosynthesis and Respiration Interactive Lesson
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Components of an Ecosystem Sort
Membership Exclusive
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Abiotic and Biotic Interactive Lesson
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Biomes Interactive Lesson
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Biodiversity Interactive Lesson
Membership Exclusive
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Earth's Place in the Universe
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ESS.6.1.1 Use models to explain how the
relative motion and relative position of the
Sun, Earth and moon affect the seasons,
tides, phases of the moon, and eclipses.
Rotation and Revolution Interactive Lesson
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TPT Link
Seasons Online Simulation Worksheet
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Seasons Interactive Lesson
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Moon Phases - Two Truths and a Lie Game
Membership Exclusive
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Tides Interactive Lesson
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Moon Phases Interactive Lesson
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Eclipses Interactive Lesson
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ESS.6.1.2 Analyze and interpret data to
compare the planets in our solar system in
terms of: size and gravitational force relative
to Earth, surface and atmospheric features,
relative distance from the sun, and ability to
support life.
Earth in the Solar System Interactive Lesson
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TPT Link
Earth and Planets Task Cards
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Solar System Interactive Lesson
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Planets Interactive Lesson
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ESS.6.1.3 Use models to explain how the
gravitational forces of the Sun and planets
impact the structure of our solar system.
Gravity and the Solar System
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The Truth - Can You Spot It Activity -
Gravitational Forces and the Solar System
Membership Exclusive
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ESS.6.1.4 Analyze and interpret data from
historical and ongoing space exploration to
illustrate the size and scale of the
components of our solar system, galaxy, and
universe.
Space Exploration Interactive Lesson
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ALL ESS.6.1 STANDARDSEarth in the Universe Task Cards
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Space Anchor Charts
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Earth's Systems
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ESS.6.2.1 Use models to summarize the
structure of the earth, including the layers,
the mantle and core based on the relative
position, composition and density.
Earth's Layers Interactive Lesson
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Earth's Layers Models Activity - Written Models
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ESS.6.2.2 Construct an explanation to
illustrate how the movement of lithospheric
plates can create geologic landforms and
cause major geologic events such as
earthquakes and volcanic eruptions.
Plate Tectonics Interactive Lesson
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Plate Tectonics Mapping Activity
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Earthquakes Interactive Lesson
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Volcanoes Interactive Lesson
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ESS.6.2.3 Use models to explain the rock
cycle and its relationship to the formation of
soil (including how different types of soil
come from different types of rocks).
Minerals Interactive Lesson
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Rock Cycle Candy Model Activity
Membership Exclusive
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The Rock Cycle Process Interactive Lesson
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Formation of Soil Interactive Lesson
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Soil Horizons Interactive Lesson
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ALL ESS.6.2 STANDARDSEarth Systems Anchor Charts
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