Use the Mitosis Tab (SEE LEFT!!!)
IN Notebook: add seven new facts about Stem Cells, Differentiation, or Mitosis
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TEST RETAKES ARE
FRIDAY AT LUNCH! Homework: 1/26= Finish the lab by watching BrainPops on DNA & Cell Specialization. They will help you answer the going further questions. Homework 1/27 & 1/28 (while I have a substitute):Finish the Mitosis Flipbook Tuesday/ Wednesday: Conclude BTB demonstration & Review for test
Homework: Study Guide _ SEE BELOW!!! Study Guide 3.4 Osmosis, Diffusion, & Active transport What is diffusion? Osmosis? How are they similar? Different? What is a semipermeable membrane? Compare Active and Passive Transport Describe the cornstarch / iodine experiment 4.1 Photosynthesis What is photosynthesis? What is the equation for photosynthesis? What organelle is responsible for carrying out photosynthesis? What is the pigment inside? What is an autotroph? Can you give an example? What is a heterotroph? Can you give an example? 4.2 Respiration 6. What is cellular respiration? 7. Where does the first stage of respiration take place and what happens? 8. Where does the second stage of respiration take place and what happens? 9. What is the equation for cellular respiration? 10. What process takes over when there is no oxygen available for respiration? Tues/ Wed: Photosynthesis Lab - floating disks- we will conclude next time.
Homework: read Chapter 4, 1 on photosynthesis & write 7 new facts into your notes in your notebook. Thurs/ Fri: Photosynthesis Lab conclusion; Respiration Demo part 1; respiration & photosynthesis worksheet. Homework: Draw a cartoon with at least 4 frames (drawings w/ captions or dialogue) that depicts the relationship between photosynthesis & respiration. Wednesday/ Thursday: We jumped right in with a diffusion lab using cornstarch and iodine.
Homework: Read Chapter 3,4 and define the terms (4 square flashcards) -if you did not finish the lab in class you need to finish it at home. Friday/ Monday: Homework: Read Chapter 3, 4 and write five examples of active and passive transport in the human body (at the BOTTOM of Diffusion notes). |
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