1. Radioactive Transmutation and fission and fusion
November 17, 2017
Radioactive Transmutation and fission and fusion
Nuclear Chemistry
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

2. November 17, 2017
Do Now (4 min)
Learning target: I CAN define and compare transmutation,
fusion, and fission and practice nuclear chemistry problems
Do Now: (Answer on your Do Now Sheet)
Which of the following is an emission of a nuclear particle
and which is a capture of a nuclear particle?
146 C  0-1 e N K + 10 n  3819 K
Na + Cl2  2NaCl
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

3. announcements November 17, 2017 Lab 6 – Due today!
Put your labs in a pile in the center of your table
Test corrections (periodic trends) – Due next Monday
Must follow test protocol (on weebly)
Afterschool tutoring: Wednesdays 3 – 4 PM
Test – nuclear chemistry – Monday 11/20
Marking period final – mon 11/27 & tues 11/28
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

4. Transmutation (AKA Nuclear decay)
November 17, 2017
Transmutation (AKA Nuclear decay)
When the nucleus of one element is changed into the nucleus of another element.
Artificial Transmutation
Natural Transmutation
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

5. natural transmutation
November 17, 2017
natural transmutation
Without the presence of an another entity, the number of protons change. In simpler terms there is only one reactant.
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

6. natural transmutation
November 17, 2017
natural transmutation
I’m spontaneous!!!!
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

7. Artificial transmutation
November 17, 2017
Artificial transmutation
A change in the number of protons caused by another entity. So there are two reactants.
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

8. November 17, 2017
Take a minute
Talk to your neighbor: What is the difference between artificial and natural transmutation?
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

9. November 17, 2017
Nuclear fission
A large nucleus splits into several small nuclei when impacted by a neutron, and energy is released in this process
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

10. fusion Combining small nucleii to form a larger one.
November 17, 2017
fusion
Combining small nucleii to form a
larger one.
Require millions of degrees of
temperature
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

11. Fusion v. fission November 17, 2017
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

12. Practice!! (15 min) In groups of 3, complete problems 1 – 10
November 17, 2017
Practice!! (15 min)
In groups of 3, complete problems 1 – 10
on individual sheets of paper.
Annotate, underline, mark-up, cross-off
when reading each question
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

13. Remainder for homework
November 17, 2017
Remainder for homework
Complete the remainder of the worksheet for homework – due monday, November 20
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems

14. Exit ticket (3 min) On a separate sheet of paper:
November 17, 2017
Exit ticket (3 min)
On a separate sheet of paper:
Explain the difference between fusion and fission.
Learning Target: I CAN define and compare transmutation, fusion, and fission, and practice nuclear chemistry problems