Embedded Files
Summative Assessments for
Summative Assessments for
Unit Learning Targets (SEPs)
Unit Learning Targets (SEPs)
SEP6: Construct an explanation to explain the evolution of cells.
SEP5: Using Mathematics and Computational Thinking related to cell transport and/or cell size
SEP8: Obtaining, Evaluating and Communicating Information to explain how organelles interact to perform a function
KUD ("Know, Understand, Do")
KUD ("Know, Understand, Do")
Unit 3 Cells & Cellular Evolution KUD Sheet
Vocab
Vocab
Unit 3 Cells & Cellular Evolution Quizlet
General Unit & Activity Resources
General Unit & Activity Resources
Google Slide Show ("Know" I-V)
Summary Slide: Cell City Analogy
Summary Slide: Organelles Work Together
Summary Slide: Early Earth Life Origins
CrashCourse Membranes & Transport Video ("Know" VII-IX)
Bozeman Science Transport Across Cell Membranes ("Know" VII-IX)
Membrane & Transport Quizlet ("Know" VII-IX)
Pearson BioCoach Self-Quiz ("Know" VIII-IX)
Membrane & Transport Practice Exam With Answer Key ("Know" VIII-IX)
Quizziz on Membranes & Transport
Early Earth Topic Links
Early Earth Topic Links
Topic 1 - Early Earth animation #1
Topic 1 - Miller & Urey apparatus (YouTube video - no sound)
Topic 1 - Harvard dude explains organic biosynthesis from early Earth conditions
Topic 2 - RNA World Link 3
Topic 2 - RNA World Link 4
Topic 3 - Endosymbiosis Link 3
Reading Guidance and Resources To Prepare To "Know" and "Do"
Reading Guidance and Resources To Prepare To "Know" and "Do"
"Know" I: Determine the surface area to volume ratio (size) of various cells to predict the rate of diffusion for monomers entering & exiting the cell; relate calculations to cell shape.
"Know" I: Determine the surface area to volume ratio (size) of various cells to predict the rate of diffusion for monomers entering & exiting the cell; relate calculations to cell shape.
Video: Surface Area To Volume Ratio and Cell Size
Cell Size Compare the size of microorganisms sitting on the head of a pin
"Know" II: Visually identify & explain the function of the following cell organelles: ribosome, endoplasmic reticulum (rough & smooth), Golgi complex, mitochondrion, vacuole, & chloroplast.
"Know" II: Visually identify & explain the function of the following cell organelles: ribosome, endoplasmic reticulum (rough & smooth), Golgi complex, mitochondrion, vacuole, & chloroplast.
Quia Quiz (Flashcard, Matching, Concentration)
Quizlet - Cell organelle parts and functions
Quizlet - ID cell organelles by picture
Quizlet - Cell organelle functions
Cell Organelle Identification Practice & Information about plant cells & animal cells
Crash Course Biology Plant Cells
"Wr. W's" Cell Song (Country Music)
Plant and Aninal Cell Organelles Video
Bozeman Science (Mr. Anderson): Cellular Organelles
Bozeman Science (Mr. Anderson): A Tour of the Cell
Brightstorm Video: Endoplasmic Reticulum
"Know" III: Describe how organelles interact to accomplish a task within a cell, tissue, organ, or organism.
"Know" III: Describe how organelles interact to accomplish a task within a cell, tissue, organ, or organism.
Inner Life of A Cell Video: Harvard BioVision Animation (Not Narrated)
Cell Organelle Interrelationships Video
Khan Academy: Tour of A Cell (Organelles)
Organelle interactions examples 1
Organelle interactions examples 2
"Know" IV: Compare & contrast animal and plant cell organelle structure and function.
"Know" IV: Compare & contrast animal and plant cell organelle structure and function.
Khan Academy Video: Plant vs. Animal Cell
"Know" V: Compare & contrast prokaryotic & eukaryotic cells and how they relate to the domains of life.
"Know" V: Compare & contrast prokaryotic & eukaryotic cells and how they relate to the domains of life.
Bozeman Science Video Lecture: Three Domains
Quiz--Prokaryote vs Euakaryote quiz
Crash Course Biology: Bacteria, Archaea, and Protists (ignore the stuff on PROTISTS for now)
Brightstorm Video: Prokaryotes
"Know" VI: Explain the Miller-Urey experiment, RNA world hypothesis, formation of protocells (protobionts), and endosymbiont hypothesis in the context of the early Earth & the origin of life on Earth.
"Know" VI: Explain the Miller-Urey experiment, RNA world hypothesis, formation of protocells (protobionts), and endosymbiont hypothesis in the context of the early Earth & the origin of life on Earth.
Stated Clearly Video Series: Miller-Urey Experiment
Crash Course Biology Video- Early Earth/ Early Life
Martin Hanczyc's TedTalk- "The Line Between Life and Not Life"
David Christian's TedTalk - "History of our World in 18 Minutes"
Stated Clearly Video Series: RNA World and Ribozymes
Early Earth: what were conditions like on Earth billions of years ago?
Ribozymes: from The Internet Encylopedia of Science
National Geographic Birth of the Earth
TedEd: The Ins and Outs of Endosymbiosis
Primary and Secondary Endosymbiosis
Sumanas Video: Evolution of Organelles
Plasma Membrane Google SlideShow (Target I)
Passive Transport Google SlideShow (Target II)
Active Transport/Bulk Transport Google Slide Show (Target III)
"Know" VII: Identify & describe the functions of the component structures of the plasma membrane: phospholipid, integral protein, peripheral protein, cholesterol, hydrophilic head (polar), hydrophobic tails (non-polar), glycolipids, and glycoproteins
"Know" VII: Identify & describe the functions of the component structures of the plasma membrane: phospholipid, integral protein, peripheral protein, cholesterol, hydrophilic head (polar), hydrophobic tails (non-polar), glycolipids, and glycoproteins
Khan Academy Cell Membrane Introduction Video (Fluid Mosaic Model)
"Know" VIII: Use representations, models, and or data to analyze situations in which molecules move passively by diffusion, osmosis, or facilitated diffusion: hypertonic, hypotonic, isotonic, concentration gradient, with (down) the concentration gradient, solute & solvent
"Know" VIII: Use representations, models, and or data to analyze situations in which molecules move passively by diffusion, osmosis, or facilitated diffusion: hypertonic, hypotonic, isotonic, concentration gradient, with (down) the concentration gradient, solute & solvent
Khan Academy Passive Transport Videos
"Know" IX: Use representations, models, and or data to analyze situations in which molecules move actively to establish concentration gradients across a membrane or move large molecules into or out of a cell via bulk transport: against (up) the concentration gradient, protein pump, endocytosis & exocytosis
"Know" IX: Use representations, models, and or data to analyze situations in which molecules move actively to establish concentration gradients across a membrane or move large molecules into or out of a cell via bulk transport: against (up) the concentration gradient, protein pump, endocytosis & exocytosis
Khan Academy Sodium Potassium Pump (Classic Example of Active Transport)
"Do" A: Design an experiment that allows the quantitative movement of molecules across an artificial membrane to determine the molarity of six unknown solutions
"Do" A: Design an experiment that allows the quantitative movement of molecules across an artificial membrane to determine the molarity of six unknown solutions
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