Genetics: Notes
CW: Glue handout on top of p86 and notes on p87 of notebook. List of your genotypes and corresponding phenotypes on p86.
DN: Which parent or sibling do you resemble the most?
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CW: Glue handout on top of p86 and notes on p87 of notebook. List of your genotypes and corresponding phenotypes on p86.
DN: Which parent or sibling do you resemble the most?
Resources
LESSON OUTLINE
5min Students complete the Do Now.
5min Announcements and Reminders.
15min Genetics Notes on p87 and handout on top of p86
15min Genotype & Phenotype. On p86 create a list of your genotype and phenotype for type of hair, hair color, and dimples.
5min Start on Natural Resource Crossword puzzle.
5min Collect materials. Clean up. Wrap up.
Natural Resources: (Ground)Water
CW/HW: [1] Water video notes p84. [2] Flashcards.
DN: How long does it take to make a useful amount of soil?
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CW/HW: [1] Water video notes p84. [2] Flashcards.
DN: How long does it take to make a useful amount of soil?
RESOURCES
LESSON OUTLINE
5min Students complete the Do Now.
20min INGO. Class plays one round of INGO. Teacher goes over vocabulary words used for INGO game. Class plays multiple games of INGO.
10min Flashcards. Students turn INGO sheet into 16 flashcards with definitions on the back. (Fossil Fuel, Soil, Groundwater, Ore, Nonrenewable, Renewable, 500-1000 years, 100 Million years, Lichen, Aquifer, Energy, Subduction Zones, 1000 years, Million years, Swamp/Marsh, Cattle/Cows, Tilling, Natural Resources, Tools/Shelter, Food/Air)
10min Water Video Notes. Take notes (main points, facts, etc.) on each water video on p84.
5min Collect materials. Clean up. Wrap up.
Natural Resources: Notes
CW/HW: [1] Completed Foldy-Thing (p82). [2] Paragraph summary and 2 margin questions (p83) in notebook.
DN: Make Foldy-Thing.
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CW/HW: [1] Completed Foldy-Thing (p82). [2] Paragraph summary and 2 margin questions (p83) in notebook.
DN: Make Foldy-Thing.
RESOURCES
LESSON OUTLINE
5min Students complete the Do Now.
5min Make Foldy-Thing for Natural Resource Notes.
25min Natural Resource Notes on p83. Foldy-Thingy notes on p82.
10min Paragraph summaries and margin questions on p83.
5min Collect materials. Clean up. Wrap up.
Engineering Project: Tower & Chain
CW: Completed Tower of Power and Chain of Chance.
DN: How do to-go-boxes stay closed without glue or tape?
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CW: Completed Tower of Power and Chain of Chance.
DN: How do to-go-boxes stay closed without glue or tape?
LESSON OUTLINE
5min Students complete the Do Now by answering the question.
5min Distribution of materials (10 index cards) and pairing of students for activity.
5min Tower of Power & Chain of Chance Instructions. Teacher goes over instructions, limitations, and requirements for engineering challenges.
15min Tower of Power & Chain of Chance Build Time. Students make [1] a stable tower that can hold up a small book and [2] a chain that can hold a single dice at the end using only 10 index cards. No glue or tape allowed. Cards can be cut, folded, twisted, etc.
10min Testing Time. Each tower and chain are tested and measured. Tallest tower that can support the book and longest chain that holds the dice win. (Tables are pounded for five seconds to test tower’s stability. Chains are flicked to test their strength.)
5min Prizes are awarded to winners and most creative design.
5min Collect materials. Clean up. Wrap up.
Biodiversity: Mini Posters
CW/HW: Complete Biodiversity Mini Posters.
DN: What’s Wednesday’s quiz on?
Reminders: Review for your quiz.
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CW/HW: Complete Biodiversity Mini Posters.
DN: What’s Wednesday’s quiz on?
Reminders: Review for your quiz.
RESOURCES
LESSON OUTLINE
5min Students complete the Do Now by answering the question.
10min Chuck-Ken Biodiversity Mini Poster Calculations. Students use the Biodiversity Calculations spreadsheet or calculator to find the biodiversity of pictured ecosystems.
20min Biodiversity Mini Poster (Land or Sea). Students make their own biodiversity mini poster (using the Chuck-Ken one as an example) with an a land or sea theme. Poster must include the biodiversity calculations, at least 10 different species (one of them must be a producer), and at least a total of 25 organisms. Don’t forget a touch of color.
5min Collect materials. Clean up. Wrap up.