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Wednesday, September 16

Sections 4 & 2H: Complete the chart found under 'Homework Documents' below. You may print it and fill it out, or copy the chart into your notebook and complete it there.

Tuesday, September 15

Section 2H: Complete all worksheets handed out in class today (single sheet and the 2.1 & 2.2 packet). Use your textbook for help.

Section 5: Complete the single sheet and the first page of the packet (2.1) that you received in class today. Use your textbook for help.

Friday, September 11

Sections 4 & 2H: Outline pages 3-8 in your textbook (stop at 'Chemical Properties and Chemical Changes'). The outline will be collected - it may be typed. If it is not typed, please make sure your handwriting is legible.

Tuesday, June 2

Section 4: Students who did not do the video homework MUST take notes on chapter 21, section 1 and complete the section review problems. You must also complete the worksheet that was given out in class today (can be found under homework documents).
Student who did the video homework only have the worksheet to complete.

Section 4H: Complete the nuclear decay worksheet you got in class.

*NOTE: Test corrections can be submitted for a grade of 64/75 or lower

All: Some information for final prep:

  • Under homework docs you will find some practice multiple choice questions (with answers) and an answer key to the final review packet. 
  • On Friday, I will be in the X-Cafe from 10:30 - 12 and then I will be in 4K3 until at least 3 pm to answer any questions you may have
  • On Monday, I will be in the library from 1:30-4 answering questions 
  • Feel free to email me if you can't make one of these times and would like to make an appointment to see me
Finally, I ask that all of you take a moment to fill out this survey before June 15th. It is anonymous so please answer honestly! Thank You!

Monday, June 1

Section 3H: Today in class we did an activity where we saw TRANSMUTATION (cool word, right?). This is where one element or isotope transforms into another by releasing or gaining a decay particle. In our case, we only saw particle emission (an element becoming another element by releasing an alpha or beta particle - and energy! Don't forget E=mc^2!)

In your homework worksheet you will do more practice with these two types of emission and you will also see positron emission and electron capture. In electron capture, you have the decay particle on the reactant side, rather than the products side.
I've done the first problem in each section to get you started.

Also, so that you can practice all types of nuclear decay reactions, do these in your notebook:











*NOTE: Test corrections can be submitted for a grade of 64/75 or lower