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Heredity from parents to offspring Boxes for two parents with arrows pointing to an offspring, showing traits passed down across generations. Parent 1 Parent 2 Offspring genes in DNA genes in DNA traits inheritance

Heredity - Vocabulary

Lesson Grade 7

A robust Grade 7 genetics vocabulary reference aligned to heredity, dominant and recessive traits, genetic variation, and mutation.

LS.7.2.1 LS.7.2.2 LS.7.2.3 +2 more

Weather and Climate Unit Introduction

Lesson Grade 7

A 45-minute introduction lesson where students differentiate weather from climate, explain air masses and fronts, interpret weather maps, and connect the water cycle to weather patterns.

ESS.7.1 ESS.7.1.2 ESS.7.1.3 +2 more

Predicting Traits

Lesson Grade 7

Students learn how to use Punnett squares to predict the probability of offspring inheriting specific traits, understanding dominant and recessive alleles, genotypes, and phenotypes.

7.L.2

Grade 8 Science Assessment

Assessment Grade 8

Comprehensive assessment covering NC DPI 2023 K-12 Science Standards for Grade 8 (EOG Aligned)

PS.8.1 LS.8.1 LS.8.2 +5 more

Grade 7 Science Assessment

Assessment Grade 7

Comprehensive assessment covering NC DPI 2023 K-12 Science Standards for Grade 7

PS.7.1 PS.7.2 LS.7.1 +3 more

The Language of Operations

Lesson Grade 6

Students learn the precise vocabulary for all four arithmetic operations (sum, difference, product, quotient, factor, dividend, divisor) and connect these terms to real-world situations while building confidence through familiar contexts.

NC.6.NS.4 NC.6.RP.1 NC.6.EE.1
Energy enters and moves through an ecosystem Flow diagram: Sunlight to producers (plants and algae) by photosynthesis, then to consumers by eating, then to decomposers from dead matter. At every step, some energy leaves the system as heat from respiration. Energy flow in an ecosystem Energy enters mainly as sunlight, is transformed, and is lost as heat at each step. Sunlight Producers plants, algae Consumers herbivores Consumers carnivores Decomposers fungi, bacteria detritivores light energy eating eating waste + death heat (respiration) heat heat heat Energy flows one-way: in as sunlight, out as heat. Matter (atoms) can be recycled.

Food Webs & Energy Flow

Lesson Grade 8

A 30 minute Grade 8 lesson on how energy enters ecosystems (mainly sunlight), how producers convert it to chemical energy, and how energy is transferred and lost as heat through a food web.

MS-LS2-3

Under Our Feet

Lesson Grade 8

Students explore how water moves through soil and rock to form aquifers, understand how watersheds collect and channel water, and analyze human impacts on water quality.

8.E.1

Unit Review - Heredity: Inheritance and Variation

Lesson Grade 7

Comprehensive unit review covering heredity and genetics: inherited vs. acquired traits, DNA/chromosomes/genes, alleles and dominance, genotype vs. phenotype, Punnett squares, sexual vs. asexual reproduction, genetic variation and survival, and environmental effects on inheritance.

7.L.2 7.L.2.1 7.L.2.2 +1 more
SUNNSJUNESummer (NH)SEPTEMBERFall Equinox (NH)NSDECEMBERWinter (NH)MARCHSpring Equinox (NH)Earth's axis always points the same direction. The tilt never changes, only Earth's position in orbit.NH tilted TOWARD SunNH tilted AWAY from Sun

Why Charlotte Doesn't Freeze in June: Seasons & Earth's Tilt

Lesson Grade 6

Students watch the Generation Genius 'Causes of Seasons' video and build a mental model of how Earth's axial tilt, not its distance from the Sun, drives seasonal changes in temperature, daylight hours, and sunlight intensity across the hemispheres. The lesson connects abstract orbital mechanics to students' lived experience of seasons in Charlotte, North Carolina.

6.E.1.1 6.ESS.1.1 MS-ESS1-1 +1 more
Position-Time Graph: Maria's Walk to SchoolA three-segment position-time graph showing constant speed, rest, and faster constant speed during Maria's walk to schoolMaria's Walk to School0100200300400012345678910Time (minutes)Distance from Home (m)Segment 1: Constant speed40 m/minSegment 2:At restSegment 3: Faster!80 m/min

Graphing Motion

Lesson Grade 7

Students learn to create and interpret position-time graphs, calculate speed from slope, identify periods of rest, constant speed, and acceleration from graph shape, and compare the motion of multiple objects on the same graph.

7.P.1.3 7.P.1.1

Unit Test - Earth's Place in the Universe

Lesson Grade 6

Summative unit assessment covering Earth's cosmic address and solar system, the Goldilocks Zone, axial tilt and seasons, Moon phases, ocean tides, solar and lunar eclipses, and moons of the solar system.

6.E.1 6.E.1.1 MS-ESS1-1
Particle Arrangement in Three States of MatterThree panels comparing particle arrangement and motion in solids, liquids, and gasesParticle Arrangement in the Three States of MatterSOLIDVibrate in placeDefinite shapeDefinite volumeLIQUIDSlide past each otherNo definite shapeDefinite volumeGASMove rapidly, all directionsNo definite shapeNo definite volumeLeast energy→ → →Most energyAdding energy increases particle motion and changes the state of matter

States of Matter and Phase Changes

Lesson Grade 6

Students learn how particle arrangement and motion differ across solids, liquids, and gases, explore all six phase changes and the role of thermal energy, and interpret heating curves to understand what happens at each plateau.

6.P.1.2
White light through a prism (ROYGBIV) white light prism R O Y G B I V Objects look colored because they reflect some wavelengths and absorb others.

Grade 8 Quick Quiz: Light, Albedo, Measurement, and the Water Cycle

Lesson Grade 8

A 5-question quiz on visible light and color, albedo, SI vs US customary units with a conversion, key water cycle processes, and Earth's usable water.

Your Cosmic Address

Lesson Grade 6

Students explore Earth's place in the universe, from our local solar system to the Milky Way galaxy and beyond, while understanding why Earth is uniquely suited to support life.

6.E.1

Expressions, Equations, and Mathematical Reasoning

Lesson Grade 6

Students learn the vocabulary of algebra (variables, expressions, equations, terms, coefficients, and constants) and apply order of operations (PEMDAS), properties of operations, and expression evaluation to build the foundation for all 6th grade mathematics.

NC.6.EE.1 NC.6.EE.2 NC.6.EE.3
Fraction and Decimal Number LineNumber line from 0 to 1 showing that fractions and their decimal equivalents occupy the same points: 1/4 = 0.25, 1/2 = 0.5, 3/4 = 0.75Fractions and Decimals: Same Points on the Number Line01/41/23/4100.250.50.751.0Fractions (top)Decimals (bottom)same point, different name

Fractions and Decimals: Two Languages, One Idea

Lesson Grade 6

Students discover that fractions and decimals are two representations of the same value, master equivalent fractions and simplifying using GCF, convert between improper fractions and mixed numbers, understand the reciprocal, and connect fraction-to-decimal conversion to the division meaning of a fraction.

NC.6.NS.1 NC.6.NS.3 NC.6.RP.1
Unit Concept MapFour connected boxes showing the unit flow: Describing Motion leads to Graphing Motion leads to Forces Change Motion leads to ElectromagnetismUnit Concept Map: The Story of Forces and MotionLESSON 1DescribingMotionPositionSpeed (s = d/t)VelocityReference pointvisualizeLESSON 2GraphingMotionPosition-time graphSlope = speedGraph shapesCompare objectscause?LESSON 3Forces ChangeMotionBalanced / unbalancedNewton's 3 LawsF = m x aGravity, frictionpowerfulforceLESSON 4Electro-magnetismMagnets & fieldsElectromagnetsMotors / generatorsReal-world techForces change motion, and we can describe and graph those changes.Electromagnetism is the force behind most modern technology.Each lesson builds on the one before it, together they form a complete picture.

Forces and Interactions: Putting It All Together

Lesson Grade 7

Students synthesize all unit concepts by connecting motion description to graphing to forces to electromagnetism, apply integrated knowledge to real-world scenarios (roller coaster, electric car, maglev train), and review key vocabulary from all four previous lessons.

7.P.1.1 7.P.1.2 7.P.1.3 +1 more