Quarter 2
Topics for this Quarter include the following:
-Enzyme Lab
-Cell Structure, Parts, Function
-Cell Transport (Diffusion, Osmosis)
-Diffusion Lab
-Cell Respiration
-Photosynthesis
-Enzyme Lab
-Cell Structure, Parts, Function
-Cell Transport (Diffusion, Osmosis)
-Diffusion Lab
-Cell Respiration
-Photosynthesis
Tentative Schedule of Assignments
October
Week 1 Oct 15-19 10/15 - PD DAY (No Students) Week 2 Oct 22-26 November Week 3 Oct 29-Nov 3 Week 4 - Parent Conference Week Nov 5-9 11/6 - HOLIDAY ELECTION DAY Week 5 Nov 12-16 11/12 - HOLIDAY VETERANS DAY Week 6 - Thanksgiving Week Nov 19-23 Nov 22-23 - THANKSGIVING HOLIDAY Week 7 Nov 26-30 December Week 8 Dec 3-7 Week 9 Dec 10-14 Assessments Week 10 Dec 17-20 *Winter Break* Dec 24-Jan 4 |
Quarter 1 Grade reflection/ Goal for Quarter 2 Enzymes Review Scientific Method Review Enzyme Lab Pt. 1 and 2 Finish post-lab questions Cells - notes, speed dating HW: Cells Analogy worksheet Begin Cell Transport Cells Review Cell Transport - Food Coloring Lab Cells Quiz (open notes) Cell Transport - Temperature Lab Diffusion Lab Finish Diffusion Lab post-lab questions Diffusion Lab Quiz (open notes) Cell Transport & Diffusion Quiz (open notes) Cell Respiration Photosynthesis Photosynthesis Elodea Lab Photosynthesis & Cell Respiration Quiz (open notes) Quarter 2 Lab (Performance Task) Study Guide passed out Review for Final Assessment Complete Study Guide and be sure to use it to study Extra Credit: 3"x5" index card - cheat sheet, both front and back can be filled in Final Exam Schedule Monday Dec 17 Period 3 & 4 Tuesday Dec 18 Period 5 & 6 Wednesday Dec 19 Period 7 & 1 Thursday Dec 20 Period 2 & Make-up Friday Dec 21 Make-up day (with authorized note only) |
Notebook Table of Contents
q2_notebook_table_of_contents.pdf | |
File Size: | 90 kb |
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how_to_write_better_scientific_lab_reports.pdf | |
File Size: | 171 kb |
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Assignments/Lab handouts
catapult_edp_activity.pdf | |
File Size: | 100 kb |
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Q1 Grade Reflection Qs.png | |
File Size: | 82 kb |
File Type: | png |
Cell Structure and Function
cell_tree_map.pdf | |
File Size: | 51 kb |
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The Cell (structure and function).pdf | |
File Size: | 72 kb |
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the_cell__analogy_.pdf | |
File Size: | 213 kb |
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Cell Transport
food_coloring_and_water_lab.pdf | |
File Size: | 41 kb |
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osmosis-diffusion_review.pdf | |
File Size: | 71 kb |
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cellular_transport_questions_multi.pdf | |
File Size: | 58 kb |
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diffusion_review_notes.pdf | |
File Size: | 87 kb |
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Diffusion Virtual Lab Worksheets
diffusion_virtual_labs.pdf | |
File Size: | 107 kb |
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Diffusion lab worksheets
diffusion_pre-lab_questions_2016.pdf | |
File Size: | 70 kb |
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diffusion_lab_worksheet_2016.pdf | |
File Size: | 101 kb |
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Cell Energetics
photosynthesis_worksheet.pdf | |
File Size: | 293 kb |
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respiration_mouse_hw.pdf | |
File Size: | 80 kb |
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photosynthesis_lab.pdf | |
File Size: | 144 kb |
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balloon_cellular_respiration_lab_worksheet.pdf | |
File Size: | 57 kb |
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Powerpoint Notes to view or print
cell_analogy_school_example.pdf | |
File Size: | 2888 kb |
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Green Slides Photosynthesis notes - (Slides 2-15) take notes on a separate paper from cellular respiration
Blue and Yellow Slides Cellular Respiration notes - (Slides 16-31), Anaerobic Respiration (Slides 34-40) |
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Use these extra photosynthesis notes to help with your worksheet or to review for your photosynthesis quiz or final assessment
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Use these extra notes on Cellular Respiration to help with your worksheet or to review for your Respiration quiz or final assessment
respiration_extra_notes.pdf | |
File Size: | 3558 kb |
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cellular_respiration_notes.pdf | |
File Size: | 194 kb |
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Final Study Guide - the the file below to help you prepare for your Final Assessment. Answer the questions using your notes, worksheets, labs, etc from this quarter and last quarter. Will be uploaded towards end of quarter
How to write a scientific lab report
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Resources about Cells
Go to the following website to view and interact with animated plant, animal, and bacterial cells. Click on "start animation" and then choose the type of cell to view at the top. You can mouse over the different parts of each and click on them to view information about each part. http://www.cellsalive.com/cells/cell_model.htm
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Videos about Cell Transport and Diffusion Lab
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If you were absent for the FOOD COLORING AND WATER LAB, watch the video below and record your observations on the handout. After you have recorded your observations answer the questions at the bottom of the page and turn in your worksheet.
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WATCH THE VIDEOS BELOW TO GAIN A BETTER UNDERSTANDING OF WHAT YOU WILL BE DOING FOR YOUR DIFFUSION LAB
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This video describes how to set up the experiment and gives a brief overview of diffusion and osmosis.
We will not be tying the ends, instead we will use plastic clips to seal the ends of the tubing. Shows how to obtain the mass of the dialysis tubing before and after the experiment. Each group will test the liquid in their own beakers. You do not have to take liquid from multiple beakers. |
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This video gives a brief overview of diffusion, starch, glucose, dialysis tubing, and IKI or Lugol's iodine solution used in the lab.
Briefly talks about the chemical make up of each and also how to use the glucose test strips. Next the video shows what happens when the dialysis tubing is put into a solution of water and Lugol's or IKI and briefly discusses the movement of the molecules. |
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Just watch until 5:35 minute mark. This video gives a brief overview of diffusion and osmosis. Next, it covers step by step what happens in the dialysis tubing and in the beaker before and after 10 minutes of soaking. Pay attention to what he says is present in the tubing and in the beaker before and after. Record the results on your lab worksheet. It does not say what happens with the mass of the dialysis tubing but you can get that from your classmates or from your teacher. You do not have to watch after 5:35 min mark (the potato lab) |
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What happens to starch solution when amylase is added to it?
Watch the video to see what would happen to the positive indicator (blue-black color) of the starch solution after amylase is added to it. Make note of the heating of the solutions as amylase is an enzyme that works at an optimum temperature close to that of human body temperature. In order for it to work properly the test tubes are placed in a hot water bath. |
Cell Energetics - watch the following videos to review cell respiration and photosynthesis
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