Read section 7.3 of text and work on 7.3 in workbook.
Test on chapter 7 will be on Tuesday, 21 January.
Month: January 2014
Biology 11 Martin 15 Jan 2014
Work on the review questions handed out in class.
Continue to study for the exam. See previous post for the specific sections covered on the exam.
Biology 12 Martin 14 Jan 2014
Read sections 14.1 and 14.2 in the text (beginning on p. 259) and complete the functions handout.
Test 22 January on Human organization and other material covered since the last test.
Be sure you’ve done the photosynthesis assignment (see blog).
Science 9 Martin 14 Jan 2014
Read 159-161 (cell cycle checkpoints and cancer) and section 5.2 of the textbook.
Mini Science 10 13 Jan 2014
Work on the BLMs found on the Moodle site (BLM 3-17, 3-19 and 3-20).
Write a Sun Peaks inspired motion problem and provide the corresponding solved equation(s).
For those of you who did not attend Sun Peaks, another motion-related scenario from your own experience is also acceptable.
Your problem must refer to both velocity and acceleration and must need to calculate both.
Show all equations and remember to include units as well as direction (since velocity and acceleration are vectors).
Please include a related image.
Please email to my john oliver account: jsmartin@johnoliver.ca
You may work individually or in pairs. Ensure names of both partners appear in the file name and on the assignment.
Science 10 Martin 13 Jan 2014
Complete workbook section 7.2 and read textbook section 7.3.
Good work with graphs today!
Biology 11 Martin 13 January 2014
Read pages 969-976 in the textbook (Immunity) and work on the microscope handouts/crossword.
Biology 12 Martin 10 Jan 2014
Read Tissues section (p. 198-209) in text.
Begin reading of digestive system (Ch. 14) in text.
Science 9 Martin 10 Jan 2014
Read section 5.1 in text and complete section 5.1 in workbook.
Finish the cell cycle handout.
Remember to study for the mid-year exam according to your study schedule.
Biology 11 Martin 9 Jan 14
Finish microscopy worksheet and bring to class.
Read text section on microscopy beginning on p. 34.