BLOCK G
| Date |
Session Name |
Materials |
Assignment/HW |
| 3/3 |
Intro to Fluid Systems |
Edline
|
HW: Compose 3 Essential Questions |
| 3/5 |
Intro activity |
Worksheet "Balloon Lift" |
HW: Email Balloon Lift answers |
| 3/6 |
Squeeze Play |
Handout: "Tops Lab" |
HW: Due Monday 3/9 |
| 3/10 |
Lesson 4: Ocean of Air Lab &
Discuss Summative project
|
Summative project Due 3/24 |
Assignment Details on Wiki.
HW: Worksheet One - Part A
HW (Optional): Worksheet One
|
| 3/12 |
Lesson 5: Discuss three choices for unit project.
PHUN activity.
|
WIKI - look at three projects;
Internet - PHUN download - then experiment with software
|
HW: Worksheet Two
Part A - all students.
Part B - Optional
|
| 3/13 |
Bellringer & Summative Sketch (due today!) & WS 3. If all complete, start WS Four. |
Laptop and A4 paper. |
WS Three
WS Four
|
| 3/17 |
Lesson 7: Formative Test
Tops Lab - Cartesian Diver
|
30 minute formative test.
Cartesian diver. p149 and Tops Lab C.
|
HW: Study for test - see important info in "Assessment" table. |
| 3/19 |
Lesson 8: Cartesian Diver - intro |
Cartesian Diver - intro activity |
Complete intro activity questions. |
| 3/20 |
Lesson 9: Summative Test 40% unit marks |
Summative Test |
HW: keep working on Rube Goldberg DUE 3/26!!! |
| 3/24 |
Lesson 10: Formative assigment - Buoyancy. |
Return summative test.
Discuss rube goldberg progress - return some A4 sketches
Start formative assignment - buoyancy.
|
.HW: keep working on Rube Goldberg
.Complete formative assignment by 3/31
|
| 3/26 |
Lesson 11: Half block - early finish. Parent conferences. |
|
Submit Unit project! |
| 3/27 |
No class - Parent conferences today. |
|
|
ASSIGNMENT: Due 3/30
1. Students download and read chapter 5: Buoyancy
2. Students answer questions (email as an attachment - clearly number each answer and complete by the due date). This assignment is marked and the result recorded in GradeQuick.
* p 131 #1,2
* p 136 #1-4 (do #4 at home.=; test at least 5 NOT similar objects)
* p 141 memorize density equation
* p 143 #1-4
* p 158 #1-7
3/20 BELLRINGER: nil
3/19 BELLRINGER: nil
3/17 BELLRINGER:
Check your answers for the three Bellringers below with at least one other student. Discuss your answers if they are different from each other. Re-calculate any Bellringers you got incorrect.
3/13 BELLRINGER:
If Michelle weighs 500N how much pressure does she apply when she stands on her head, if the part of her head that is touching the floor has a radius of 2cm?
Remember, the area of a circle formula: 
3/12 BELLRINGER:
(a) If atmospheric pressure in Suwon today is 100,000 Pascals, and a flat piece of cardboard, Area = 0.1m^2 is sitting flat on the bench, how much force is atmospheric pressure exerting on the cardboard?
(b) If 100,100 Newtons of force is required to lift another piece of cardboard off the same bench, what is its area?
3/10 BELLRINGER:
Assume gravity of 10m/s^2. If an art dealer just got a new statue off an artist that sat on a triangular base with the dimensions of length of base 0.5m and height of base 0.8m and which weighed 2000kg, what is the pressure on the art gallery's floor?
If the floor is rated to hold 80,000 Pa, will he need to have the floor strengthened prior to placing the statue in the art gallery?
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