|
|
Activities |
Grade |
Objectives |
Mon |
1/4 |
·
Advisory (probably short class periods) ·
Bill Nye: Momentum |
·
NB Component |
· |
Tues |
1/5 |
· Set up new
notebook ·
Book Quest · |
·
NB Component |
Readiness Standard TEK 6A: Investigate and
calculate quantities using the work-energy theorem in various situations TEK 6B: Investigate
examples of kinetic and potential energy and their transformations TEK 6C: Calculate the mechanical energy of power generated
within a physical system TEK 6D: demonstrate and
apply the laws of conservation of energy in one dimension Supporting Standards TEK 8C: describe the
significance of mass-energy equivalence and apply it in explanations of
phenomena such as nuclear stability, fission and fusion TEK 8D: give examples of
applications of atomic and nuclear phenomena such as radiation therapy,
diagnostic imaging and nuclear power and examples of applications of quantum
phenomena such as digital cameras |
Weds |
1/6 |
· In-Class
Practice · HW: Flip
Notes: Conservation of Momentum and Collisions |
·
Bonus Coupon |
|
Thurs |
1/7 |
· Practice
Problems cont · Distribute
test reviews · Notebook
Quiz ·
2nd period Junior discipline
assembly? |
· Daily |
|
Fri |
1/8 |
· Lab:
B-ball demo |
· |
|
Mon |
1/11 |
· Lab: Sled
Wars Gizmo |
· |
|
Tues |
1/12 |
· Sled Wars
Formal Report |
· Lab Grade |
|
Weds |
1/13 |
·
Work on Test Review in class ·
Practice Problems? |
· NB Component |
|
Thurs |
1/14 |
·
Kahoot! ·
Distribute Notebook Self-Check |
·
|
|
Fri |
1/15 |
·
Test: Momentum ·
Notebook Check |
·
Assessment ·
Daily |
Momentum Intro
Flip Notes: Impulse
Collisions
conservation_of_momentum_and_collisions_orig.pptx | |
File Size: | 200 kb |
File Type: | pptx |