Fossil evidence for evolution
Full-screen scaffolding guide: analyze fossils, anatomy, DNA, embryos, cladograms, and rock layers as evidence for evolutionary change.
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Full-screen scaffolding guide: analyze fossils, anatomy, DNA, embryos, cladograms, and rock layers as evidence for evolutionary change.
Day 8 scaffolding guide: practice how body systems keep internal conditions balanced.
Q4 Day 11 scaffolding guide: connect photosynthesis, guard cells, stomata, and plant homeostasis.
Scaffolding guide: connect glucose, carbon skeletons, dehydration synthesis, hydrolysis, and macromolecule structure.
Interactive bird-window collision lab: test a screen solution, analyze trade-offs, and complete a five-question MC checkpoint.
Interactive trait-frequency lab: model probability with coin tosses, practice core vocabulary, and explain how selective pressure changes a population.
Student answer packet: analyze the For the Birds data, score constructed responses, and build a PDF report.
Day 11 multiple choice quiz: check your understanding of stomata, feedback loops, photosynthesis stages, and graph analysis.
Chapter 2 reading quiz: 15 core concepts plus a five-question bonus round on matter, atoms, bonding, and molecular polarity.
Section 2.3 reading quiz: 15 core concepts plus a five-question bonus round on carbon structure, isomers, functional groups, and fats.
Scaffolded natural-selection review with yes-or-no checks, written responses, data analysis, and claim-evidence-reasoning. Each completed part saves to the teacher dashboard.
Review eukaryotic organelles, plant-cell structures, cellular compartmentalization, and organelle functions in a randomized 15-question core quiz with five bonus questions.
Eight interactive stations on compartmentalization, organelles, the endomembrane system, protein transport, cellular failures, and form-function relationships.
Apply variation, inheritance, competition, and differential survival and reproduction to one randomly assigned animal population.
Genotype simulation lab: model lactose tolerance, allele frequencies, environmental pressure, and natural selection.
Interactive worksheet: connect lactase, digestion, proteins, DNA, gene expression, inheritance, and natural selection.
Interactive evolution game: model camouflage, predation, survival, reproduction, and changing trait frequencies across generations.
Feedback loops and homeostasis lab: use the balancing act model to explain dynamic balance and survival ranges.
When your teacher has suggestions for you, they will appear here.
Interactive notes on scientific reasoning, experimental design, properties of life, biological organization, and connections across levels. Completion saves your time and first-try accuracy.
Interactive notes on traits, variation, environmental change, fitness, adaptation, and natural selection through the peppered moth example. Completion saves your time and first-try accuracy.
Interactive notes on overproduction, variation, selective pressure, inheritance, population change, and context-dependent fitness. Completion saves your time and first-try accuracy.
Interactive notes on adaptation, acclimation, population change, selective pressures, trait frequency, and context-dependent fitness. Completion saves your time and first-try accuracy.
Interactive notes on transitional fossils, stratigraphy, homologous and analogous structures, vestigial traits, embryology, molecular evidence, and common ancestry. Completion saves your time and first-try accuracy.
Interactive notes on the universal genetic code, DNA comparisons, molecular clocks, shared mutations, cytochrome c, and common ancestry. Completion saves your time and first-try accuracy.
Interactive notes on fossil, anatomical, and DNA evidence; transitional fossils; homologous and vestigial structures; common ancestry; and cladograms. Completion saves your time and first-try accuracy.
Interactive notes on reproductive trade-offs, overproduction, parental care, reproductive success, survival curves, and how environments favor different life-history strategies. Completion saves your time and first-try accuracy.
Interactive notes on plasma-membrane structure, selective permeability, diffusion, osmosis, tonicity, and passive transport. Completion saves your time and first-try accuracy.
Interactive notes on ATP-powered pumps, electrochemical gradients, sodium-potassium transport, and linked primary and secondary active transport. Widget accuracy and checkpoint accuracy are included in the saved score.
Interactive notes on endocytosis, phagocytosis, pinocytosis, receptor-mediated transport, exocytosis, and membrane recycling. Multiple-choice and typed responses both count toward first-try accuracy.
Interactive notes on thermodynamics, entropy, Gibbs free energy, activation energy, ATP hydrolysis, energy coupling, and the sodium-potassium pump. Multiple-choice and typed responses both count toward first-try accuracy.
Interactive notes on activation energy, induced fit, enzyme structure, denaturation, cofactors, inhibition, feedback control, ATP regulation, and enzyme-blocking medicines. Completion saves your time and first-try accuracy.
Interactive notes on cellular respiration, ATP, redox reactions, electron carriers, glycolysis, and the energy-investment and payoff phases. Completion saves your time and first-try accuracy.
Interactive Regents review notes across cells, ecology, evolution, genetics, engineering, and Earth systems. Completion saves your time and first-try accuracy.
Interactive notes on plant homeostasis, stomata, feedback, and regulation. Completion saves your time and first-try accuracy.
Interactive notes on homeostasis, feedback loops, thermoregulation, blood clotting, and plant regulation. Completion saves your time and first-try accuracy.
Interactive notes on how genetic code becomes biological traits through transcription, translation, proteins, and mutations. Completion saves your time and first-try accuracy.
Interactive notes on how molecular blueprints, digestion, inheritance, environment, and natural selection shape traits. Completion saves your time and first-try accuracy.
Interactive notes on glucose, dehydration synthesis, hydrolysis, and how sugar becomes the carbon blueprint for biological macromolecules. Completion saves your time and first-try accuracy.
You completed the full-screen evidence-for-evolution scaffolding guide. Reopen it here whenever you want to review.
You completed the Day 8 scaffolding guide. Reopen it here whenever you want to review.
You completed the Q4 Day 11 scaffolding guide. Reopen it here whenever you want to review.
You completed the macromolecules scaffolding guide. Reopen it here whenever you want to review.
You completed the bird-window collision lab. Reopen it here whenever you want to review.
You completed the probability and trait-frequency lab. Reopen it here whenever you want to review or submit a retake.
You completed the For the Birds assessment packet. Reopen it here whenever you want to review.
You completed the Day 11 multiple choice quiz. Reopen it here whenever you want to review or retake.
You completed the Chapter 2 reading quiz. Reopen it here to review your answers or take another equivalent form.
You completed the Carbon reading quiz. Reopen it here to review your answers or take another equivalent form.
Your three review parts are saved. Reopen the lesson to revisit your responses, data analysis, and claim-evidence-reasoning work.
You completed the Eukaryotic Cells Quiz. Reopen it here to review your answers or take another randomized form.
Your three lesson checkpoint groups are saved. Reopen the lesson to review your responses and interactive models.
You completed the four-factors animal challenge. Reopen it to review your assigned animal or take another randomized form.
You completed the genotype simulation lab. Reopen it here whenever you want to review.
You completed the interactive worksheet. Reopen it here whenever you want to review.
You completed the natural-selection game. Reopen it here whenever you want to review or try another habitat.
You completed the feedback loops and homeostasis lab. Reopen it here whenever you want to review.
Retakes will appear here after you complete a scored activity again.
Loading your standards evidence…
Run a quiz-show review using the Membrane Match and Cell Match decks, simulated teams, speed scoring, streaks, and biology-themed power-ups.
Work in a verified group of three to match plasma-membrane vocabulary words, definitions, and visuals. Sign in with your school account and wait for your teacher to start the round.
Work in a verified group to match cell-structure vocabulary words, definitions, and visuals, then complete an individual solo check.
Hunt peppered moths across generations, complete every knowledge check, and see how camouflage changes survival and trait frequencies.
Play as a hawk, compare prey living alone with prey grouping together, and model how group behavior changes survival across generations.
Sort each scenario into scientific method categories. Game results save separately from your class grade.
Game results will appear here after you complete a game.
Complete the Life Science: Biology diagnostic to identify strengths, misconceptions, and recommended practice. Results save separately from your class grade.
Teacher/Admin Dashboard
Review class trends, identify hard biology skills, and plan the next mini-lesson from one calm dashboard.