Tuesday, June 9, 2015

Exam Review

Work on the "Final Exam Review" in the MCAS practice folder.  You should come in tomorrow with any questions that you have.

All work must be turned into your folder by the end of the school day on Monday, June 15th.

And finally, congratulations on being (almost) done!  Have a great summer!

-Mrs. Darlington

Monday, June 1, 2015

No homework!

No homework!!  Except to get a good night's sleep and eat a filling breakfast in the morning.

Remember to bring a pencil, calculator and book (or other non-electronic thing to do if you finish early).

Room assignments:
Galileos: A214
Newtons: A 203
Einsteins: A209

It will be fine.  And over soon.


Wednesday, May 27, 2015

MCAS review

Congratulations on being all done with learning new physics stuff!  We will spend a few days of review and practice for the MCAS next Tuesday and Wednesday.  Tonight do the 2012 MCAS, posted in the MCAS review folder.

Please Note: There is an error in the BHS planner.  MCAS will be on Tuesday and Wednesday, NOT Monday.  The schedule will remain as is in the planner with a Monday morning X block.

Thursday, May 21, 2015

Quiz on Heat Wed all sections

Quiz for all sections on Wednesday.  By then, you should complete "Q=mcdeltaT joules" problems, "more q=mcdeltaT problems," and the Heat Study Guide.

UPDATE: Answer Key to study guide posted in Heat folder

Tuesday, May 19, 2015

HW due Thursday

Galileos and Einsteins- Tuesday night, Newtons Wednesday night:  Heat Homework in heat folder.

Monday, May 18, 2015

Heat HW Monday night

Heat Transfer Practice, in Heat folder.  Remember to put all work in your folder when done.

Thursday, May 14, 2015

HW after Heat Day 1

Thursday Night for Galileos and Einsteins, Friday night for Newtons:

Read in The Physics Classroom, Tutorial, Thermal Physics, Lesson 1: Methods of Heat Transfer.

Remember that hot things have more KE than cool things, and that heat flows from hot things to cool things.  This lesson describes three ways in which the heat can be transferred.  For each method: conduction, convection and radiation, describe how the KE of the atoms in each substance is changed.