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Holt Textbook Class Zone ResourcesVocab review games, Virtual Labs, Data Analysis, Chapter Animations, and Practice Quizzes *If doesn't load correctly, go to www.classzone.com
-Select "Science", "Florida" and click "GO". -Select textbook "2012 Florida". |
BIOLOGY EOC Practice:
1) Tennessee State End of Course Exam for Biology
2) http://www.quia.com/pages/trumanbio.html
3) Virginia State Biology End of Course Exam practice
4) Review videos by topic- http://ecsd-fl.schoolloop.com/BiologyEOCReview
Review Games - 1st Semester topics
1) Ch. 1 & 2 Review- Jeopardy style game
2) Review of Cells- structure, transport, microscopes
3) Cellular Respiration
4) Organic macromolecules
5) Chromosomes and Cell reproduction- "Who wants to be a millionaire?" style game
*The Kahn Academy - At home lectures on specific topics and question forum
2) Review of Cells- structure, transport, microscopes
3) Cellular Respiration
4) Organic macromolecules
5) Chromosomes and Cell reproduction- "Who wants to be a millionaire?" style game
*The Kahn Academy - At home lectures on specific topics and question forum
REVIEW CONCEPTS THROUGH VIDEOS/ANIMATIONS:
Human Body System Topics:
Nervous system
1) Parts of Brain- Bozeman
2) Parts of a Neuron
3) Parts of Brain and Alzheimer's Disease
4) Facial muscle movement
5) Mouse Party- The Brain and Drug Addiction
Circulatory System
1) Flow through the Human Heart
2) Heart and Circulatory system review games
3) Label the heart practice
4) Types of Blood vessels animation and image
5) Factors affecting blood flow
4) Sheep's Heart dissection
Immune System
1) Immune System overview Bozeman science - overview video
2) Autoimmune Disease- Multiple Sclerosis
3) How HIV infection works- attacks helper T Cells
4) How Vaccinations work
5) Immune System Game- Nobelprize.org
Human Reproductive System and Fetal Development:
1) Female Reproductive System - see diagrams below
Male Reproductive system - see diagrams below *Labeling practice: Female 1 and 2 and male
2) Ovulation, Fertilization and Implantation – Animation
3) Fetal development: First trimester- Animation Second trimester- Animation Third trimester- Animation
1) Parts of Brain- Bozeman
2) Parts of a Neuron
3) Parts of Brain and Alzheimer's Disease
4) Facial muscle movement
5) Mouse Party- The Brain and Drug Addiction
Circulatory System
1) Flow through the Human Heart
2) Heart and Circulatory system review games
3) Label the heart practice
4) Types of Blood vessels animation and image
5) Factors affecting blood flow
4) Sheep's Heart dissection
Immune System
1) Immune System overview Bozeman science - overview video
2) Autoimmune Disease- Multiple Sclerosis
3) How HIV infection works- attacks helper T Cells
4) How Vaccinations work
5) Immune System Game- Nobelprize.org
Human Reproductive System and Fetal Development:
1) Female Reproductive System - see diagrams below
Male Reproductive system - see diagrams below *Labeling practice: Female 1 and 2 and male
2) Ovulation, Fertilization and Implantation – Animation
3) Fetal development: First trimester- Animation Second trimester- Animation Third trimester- Animation
Evolution and Natural Selection:
1) Peppered Moths Animation- answer questions on worksheet and glue in notebook; classwork checked
2) Natural Selection tutorial- go through all slides/questions and show me your final slide 'Thank you' for credit!
*The Evolution of Human Skin Color
*Charles Darwin's Game of Survival- Who wants to live a million years?
*The Lungfish ties to evolutionary history
*Hominid Class Video: NOVA's "Becoming Human" Part 1
1) Peppered Moths Animation- answer questions on worksheet and glue in notebook; classwork checked
2) Natural Selection tutorial- go through all slides/questions and show me your final slide 'Thank you' for credit!
*The Evolution of Human Skin Color
*Charles Darwin's Game of Survival- Who wants to live a million years?
*The Lungfish ties to evolutionary history
*Hominid Class Video: NOVA's "Becoming Human" Part 1
| becoming_human_video_questions_2016.docx |
DNA, RNA, and PROTEIN SYNTHESIS
Scientists involved in DNA Discoveries:
*Griffith's Experiment on mice
*Hershey-Chase Experiment- bacteriophages
DNA Replication:
*Meselson-Stahl Experiment and the Semi-Conservative model
*DNA Replication- simplified overview
*AMOEBA SISTERS VIDEO: DNA REPLICATION
Protein Synthesis:
*AMOEBA SISTERS Video: PROTEIN SYNTHESIS
* Build your own protein - practice animation
*Overview of Protein synthesis process
GENETIC ENGINEERING:
*RECOMBINANT DNA - BACTERIA AND INSULIN PRODUCTION
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*Griffith's Experiment on mice
*Hershey-Chase Experiment- bacteriophages
DNA Replication:
*Meselson-Stahl Experiment and the Semi-Conservative model
*DNA Replication- simplified overview
*AMOEBA SISTERS VIDEO: DNA REPLICATION
Protein Synthesis:
*AMOEBA SISTERS Video: PROTEIN SYNTHESIS
* Build your own protein - practice animation
*Overview of Protein synthesis process
GENETIC ENGINEERING:
*RECOMBINANT DNA - BACTERIA AND INSULIN PRODUCTION
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Genetic Disease Research websites:
1) Medline Plus
2) NOAH
3) Natl. Human Genome Research Institute
4) Univ. of Kansas Medical Center
5) Citation setup (Need at least 3 references in proper MLA format; no Wikipedia!)
2) NOAH
3) Natl. Human Genome Research Institute
4) Univ. of Kansas Medical Center
5) Citation setup (Need at least 3 references in proper MLA format; no Wikipedia!)
Cell Reproduction
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Cell Respiration/ Fermentation and Photosynthesis
1) Each phase of cell respiration and photosynthesis in detail! (shows each stage of Cellular respiration and Photosynthesis)
2) Fermentation:
Alcoholic pathway with Yeast (anaerobic )
Bacteria and fermentation (TED Ed)
3) How Cells Release Energy (cell respiration big picture!)
4) Photosynthesis- Overview of process
5) Cell respiration Jeopardy Review- Game #1 and Game #2
CELL ENERGY AND CELL TRANSPORT
2) Diffusion/Passive/Active Transport
3) Endocytosis- Phagocytosis/Pinocytosis
4) ATP
5) ENZYMES functions (animation from worksheet completed in class)
6) Cell membrane- fluid mosaic model
7) Kinetic/potential energy
8) Energy transfer JEOPARDY style review game! (play 2 players!)
9) Exchange with the Environment game ("Who wants to be a Millionaire?" style)
Cellular Transport: Movement across cell membrane
Animations and Questions:
*Watch each of the following animations in all 4 parts. Then, answer the questions below in your notebooks.
PART 1: Diffusion Animations
1) How Diffusion works
2) Hydrolysis of solutes- diffusion
Diffusion Questions:
a) What is simple diffusion?
b) How does the lump of sugar diffuse into the water?
c) Is this a form of ACTIVE or PASSIVE TRANSPORT?
PART 2: Facilitated Diffusion
1) How Facilitated Diffusion works
Facilitated Diffusion Questions:
a) What is the role of the carrier proteins in this process?
b) Where are the greatest number of particles in the beginning of the animation? Where are they by the end?
c) When is facilitated diffusion used over simple diffusion by a cell?
d) Is this a form of ACTIVE or PASSIVE TRANSPORT?
PART 3: Osmosis
1) How Osmosis works
2) Osmosis and Plamolysis in plants
3) Osmosis movement
Osmosis Questions:
a) Is osmosis a type of diffusion? Explain.
b) What is a solute? How does it relate to the tonicity of water in cells?
c) What happens to a cell in a hypertonic solution? Hypotonic? Isotonic?
PART 4: Active Transport
1) Sodium (Na+) and Potassium (K+) Pump
2) Active Transport - Endocytosis (specifically phagocytosis) as a White blood cell engulfs a bacterium
a) What is the role of the Na+/K+ protein pump in cells?
b) Where are the greatest number of Na+ particles in the beginning of the animation? Where are they (Na+) by the end?
c) Where are the greatest number of K+ particles in the beginning of the animation? Where are they (K+) by the end?
d) Why is ATP used in this animation? Is this a form of ACTIVE or PASSIVE TRANSPORT?
e) Describe the process of how a bacterium is engulfed. Where does the endocytosis and exocytosis occur in the animation?
f) Is this a form of ACTIVE OR PASSIVE TRANSPORT?
Chemistry of Living things
1) Ionic/ covalent/ hydrogen bonding animations
2) Properties of Water animation - specific heat, hydrogen bonding, solvent
3) History channel video on important properties of water
2) Fermentation:
Alcoholic pathway with Yeast (anaerobic )
Bacteria and fermentation (TED Ed)
3) How Cells Release Energy (cell respiration big picture!)
4) Photosynthesis- Overview of process
5) Cell respiration Jeopardy Review- Game #1 and Game #2
CELL ENERGY AND CELL TRANSPORT
2) Diffusion/Passive/Active Transport
3) Endocytosis- Phagocytosis/Pinocytosis
4) ATP
5) ENZYMES functions (animation from worksheet completed in class)
6) Cell membrane- fluid mosaic model
7) Kinetic/potential energy
8) Energy transfer JEOPARDY style review game! (play 2 players!)
9) Exchange with the Environment game ("Who wants to be a Millionaire?" style)
Cellular Transport: Movement across cell membrane
Animations and Questions:
*Watch each of the following animations in all 4 parts. Then, answer the questions below in your notebooks.
PART 1: Diffusion Animations
1) How Diffusion works
2) Hydrolysis of solutes- diffusion
Diffusion Questions:
a) What is simple diffusion?
b) How does the lump of sugar diffuse into the water?
c) Is this a form of ACTIVE or PASSIVE TRANSPORT?
PART 2: Facilitated Diffusion
1) How Facilitated Diffusion works
Facilitated Diffusion Questions:
a) What is the role of the carrier proteins in this process?
b) Where are the greatest number of particles in the beginning of the animation? Where are they by the end?
c) When is facilitated diffusion used over simple diffusion by a cell?
d) Is this a form of ACTIVE or PASSIVE TRANSPORT?
PART 3: Osmosis
1) How Osmosis works
2) Osmosis and Plamolysis in plants
3) Osmosis movement
Osmosis Questions:
a) Is osmosis a type of diffusion? Explain.
b) What is a solute? How does it relate to the tonicity of water in cells?
c) What happens to a cell in a hypertonic solution? Hypotonic? Isotonic?
PART 4: Active Transport
1) Sodium (Na+) and Potassium (K+) Pump
2) Active Transport - Endocytosis (specifically phagocytosis) as a White blood cell engulfs a bacterium
a) What is the role of the Na+/K+ protein pump in cells?
b) Where are the greatest number of Na+ particles in the beginning of the animation? Where are they (Na+) by the end?
c) Where are the greatest number of K+ particles in the beginning of the animation? Where are they (K+) by the end?
d) Why is ATP used in this animation? Is this a form of ACTIVE or PASSIVE TRANSPORT?
e) Describe the process of how a bacterium is engulfed. Where does the endocytosis and exocytosis occur in the animation?
f) Is this a form of ACTIVE OR PASSIVE TRANSPORT?
Chemistry of Living things
1) Ionic/ covalent/ hydrogen bonding animations
2) Properties of Water animation - specific heat, hydrogen bonding, solvent
3) History channel video on important properties of water
Online Virtual Dissections:
1) Earthworm Dissection
2) Clam Dissection
3) Grasshopper Virtual Dissection/ More Grasshopper Dissection pictures
4) Sea Star Dissection
* Perch Dissection
5) Frog Dissection
6) Fetal Pig Dissection
2) Clam Dissection
3) Grasshopper Virtual Dissection/ More Grasshopper Dissection pictures
4) Sea Star Dissection
* Perch Dissection
5) Frog Dissection
6) Fetal Pig Dissection
AP Environmental Science
Online Water Calculator
Invasive and Endangered Species websites:
Fish and Wildlife Service
Environmental Literacy Council’s web page http://www.enviroliteracy.org/article.php/40.html
Species profile page of Invasive species
Biogeochemical Cycles Webquest
1) Carbon Cycle
2) Carbon Cycle Game
3) Nitrogen cycle
5) Sulfur Cycle
6) Phosphorus Cycle
APES review websites- great links posted by other APES teachers
Fish and Wildlife Service
Environmental Literacy Council’s web page http://www.enviroliteracy.org/article.php/40.html
Species profile page of Invasive species
Biogeochemical Cycles Webquest
1) Carbon Cycle
2) Carbon Cycle Game
3) Nitrogen cycle
5) Sulfur Cycle
6) Phosphorus Cycle
APES review websites- great links posted by other APES teachers