Week of Feb. 4-8


We have been continuing to work with graphing, slope, and linear equations in slope intercept form y=mx+b. This week they were introduced to using transposing to find the x-intercept, y-intercept, and slope of a liner equation. They will continue practicing that the week after we return from CWW. I have added a couple of worksheets to practice and look over as a guide on the process of transposing. I would suggest that they work on those the weekend before we return to regular classes as a refresher.




This week finishes the novel being read and the students are beginning to write their essays. They have been given a graphic organizer to help them write the essay, and we have taken a bit of time in SI class to review how to write an expository essay and the structure that it follows. Each student should have their thesis statements written and can begin to write the body paragraphs if they have time. The essays will be due March 1st, which seems to be far away but that time will quickly pass. Doing planning now and using the organizer will be very helpful in have a great final product.

Social Studies

This week has been fully dedicated to writing a five paragraph essay on the People Power Revolution. Students were given a lot of time in class to write it this week, but it was not really enough time to get it finished only by writing in class. They will need to be writing their final draft tonight and tomorrow. The official due date is Saturday Feb. 9th by 9 pm, submitted on Google Drive. I posted an example for those students that are struggling to see how another student did it last year. This should be helpful in looking at paragraph development.


We have completed a quiz on Work, Power, and Energy this week, and next week (after CWW) will begin a lab with students finding the perfect swing rate of 2.8 seconds. They will try different variables to achieve that swing rate. They will adjust mass, angle height  and chain length. They will then put results into Excel to use the graphing function and formulas to find that perfect swing rate from the variables. This should be a fun lab!


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