Objectives: Describe the physics involved
in your roller coaster
Announcements: Journals on Fri.
Opener: Don't forget your
Extra credit opportunity
Complete your map and begin writing
your description of the physics involved in your
coaster.
Homework: Organize your notebook
West Salem High School Forensic Science course lesson plans, calendar of events, links, tips and do-at-home versions of some assignments
Wednesday, October 30, 2013
Wed., Oct. 30, 2013
Objectives: Describe the physics involved
in your roller coaster
Announcements: Journals on Fri.
Opener: Table of Contents
and what's getting graded
Extra credit opportunity
Use your sketch of the final rollercoaster design, create
a colored map of when events
occurred. Complete your map and begin writing
your description of the physics involved in your
coaster.
Homework: Organize your notebook
in your roller coaster
Announcements: Journals on Fri.
Opener: Table of Contents
and what's getting graded
Extra credit opportunity
Use your sketch of the final rollercoaster design, create
a colored map of when events
occurred. Complete your map and begin writing
your description of the physics involved in your
coaster.
Homework: Organize your notebook
Tuesday, October 29, 2013
Tues., Oct. 29, 2013
Objectives: Describe the physics involved
in your roller coaster
Announcements: Journals on Fri.
Opener: Wacky Wordies
Extra credit opportunity
Use your sketch of the final rollercoaster design, create
a colored map of when events
occurred. (ex. minimum potential energy,
maximum acceleration...)
Homework: Get the picture of your coaster onto your final drawing and copy for your partner
in your roller coaster
Announcements: Journals on Fri.
Opener: Wacky Wordies
Extra credit opportunity
Use your sketch of the final rollercoaster design, create
a colored map of when events
occurred. (ex. minimum potential energy,
maximum acceleration...)
Homework: Get the picture of your coaster onto your final drawing and copy for your partner
Tuesday, October 22, 2013
Wed., Oct. 23, 2013
Objectives: Design a rollercoaster
Announcements: Journals this week
Opener: Online Interactive Rollercoaster link
Rollercoasters
Stunt points
Homework: Draw your personal pre-
liminary rollercoaster design--Name
your rollercoaster & label the stunts
Announcements: Journals this week
Opener: Online Interactive Rollercoaster link
Rollercoasters
Stunt points
Homework: Draw your personal pre-
liminary rollercoaster design--Name
your rollercoaster & label the stunts
Tues., Oct. 22, 2013
Objectives:
Design concepts in a rollercoaster
Announcements: Journals this week
Opener: More Wacky Wordies
Rollercoasters?
Organize Notebooks
Homework:
Design concepts in a rollercoaster
Announcements: Journals this week
Opener: More Wacky Wordies
Rollercoasters?
Organize Notebooks
Homework:
Friday, October 18, 2013
Mon., Oct. 21, 2013
Objectives: Create a diagram that
expresses the realationship between
"motion" concepts
Announcements: Journals this week
Opener: Oregon Towns
Finish Newton's Laws Predictions
Organize Notebooks
Homework:
Create a concept map for the motion unit...
expresses the realationship between
"motion" concepts
Announcements: Journals this week
Opener: Oregon Towns
Finish Newton's Laws Predictions
Organize Notebooks
Homework:
Create a concept map for the motion unit...
- velocity time
- displacement force
- acceleration unbalanced
- balanced speed
- motion distance
Fri., Oct. 18, 2013
Objectives: Create a diagram that
expresses the realationship between
"motion" concepts
Announcements: Journals next week
Opener: Santa's a woosie link
More sciency concept maps link
Finish Newton's Laws Predictions
What's a concept map?
Homework:
Create a concept map for the motion unit...
expresses the realationship between
"motion" concepts
Announcements: Journals next week
Opener: Santa's a woosie link
Finish Newton's Laws Predictions
What's a concept map?
Homework:
Create a concept map for the motion unit...
- velocity time
- displacement force
- acceleration unbalanced
- balanced speed
- motion distance
Wednesday, October 16, 2013
Thurs., Oct. 17, 2013
Objectives: Apply Newton's laws
of motion to predict what will happen
in certain scenarios.
Announcements: Journal TOC
Opener: Sieve of Eratosthanes link
of motion to predict what will happen
in certain scenarios.
Announcements: Journal TOC
Opener: Sieve of Eratosthanes link
Newton's Laws Predictions
Homework: None
Homework: None
Thursday, October 10, 2013
Tues., Oct. 15, 2013
Objectives: Given a specific scenario,
describe what will happen
Announcements: Grades
Opener: Magic Square
Review Newton's Laws Predictions link
describe what will happen
Announcements: Grades
Opener: Magic Square
Review Newton's Laws Predictions link
Homework: None
Thurs., Oct. 10, 2013
Objectives: Given a specific scenario,
describe what will happen
Announcements: Gotta give it me today!
Opener: Newton's 3 Laws of Motion
A man saw something advertised at a certain price
and went to buy it. An official refused to sell it to
him even though he could pay and other men and
women were sold it. Later the man was glad that
his purchase had been refused. Why was he refused
and why was he glad?
Review Newton's Laws Predictions link
describe what will happen
Announcements: Gotta give it me today!
Opener: Newton's 3 Laws of Motion
A man saw something advertised at a certain price
and went to buy it. An official refused to sell it to
him even though he could pay and other men and
women were sold it. Later the man was glad that
his purchase had been refused. Why was he refused
and why was he glad?
Review Newton's Laws Predictions link
Homework: None
Tuesday, October 8, 2013
Wed., Oct. 9, 2013
Monday, October 7, 2013
Tues., Oct. 8, 2013
Objectives: Velocity vs. Acceleration
Announcements: Grading Oct. 14
Opener: 0.214 kg is what mass in g?
77 ml is what volume in l?
how many mm is the same length as 4.5cm?
Green light has a wavelength of 465 nm.
Express that length in meters.
Acceleration Lab Analysis
Newton's Law Predictions link
Announcements: Grading Oct. 14
Opener: 0.214 kg is what mass in g?
77 ml is what volume in l?
how many mm is the same length as 4.5cm?
Green light has a wavelength of 465 nm.
Express that length in meters.
Acceleration Lab Analysis
Newton's Law Predictions link
Friday, October 4, 2013
Mon., Oct. 7, 2013
Objectives: Velocity vs. Acceleration
Announcements: Grading Oct. 14
Opener: king henry daily makes
dark chocolate milk
Meaning & Use...
Micro, mega, nano and the rest of the family
Accelerate yourself: a quickie lab:
Announcements: Grading Oct. 14
Opener: king henry daily makes
dark chocolate milk
Meaning & Use...
Micro, mega, nano and the rest of the family
Accelerate yourself: a quickie lab:
- Outliers?
- Calculate Averages
- Find the speed changes
- Conclusions
Thursday, October 3, 2013
Fri., Oct. 4, 2013
Objectives: Accelerate yourself
Announcements: Grading Oct. 14
Opener: Picture Rebus
Acceleration mini-lab
Copy measurements
Calculate speeds
Announcements: Grading Oct. 14
Opener: Picture Rebus
Acceleration mini-lab
Copy measurements
Calculate speeds
Homework: None
Wednesday, October 2, 2013
Thurs., Oct. 3, 2013
Objectives: Velocity vs. Acceleration
Announcements: Grading Oct. 14
Opener: Draw a position (distance)
graph-- a raccoon sees a rabbit and
stalks it, the rabbit enters a cave so
the raccoon rushes to grab it before
it is out of sight, just as he is reaching
the cave a bear comes out so he runs
away as fast as he can.
Acceleration graphs
Critique "What's this graph"
Announcements: Grading Oct. 14
Opener: Draw a position (distance)
graph-- a raccoon sees a rabbit and
stalks it, the rabbit enters a cave so
the raccoon rushes to grab it before
it is out of sight, just as he is reaching
the cave a bear comes out so he runs
away as fast as he can.
Critique "What's this graph"
Homework: None
Wed., Oct. 2, 2013
Objectives: Velocity vs. Acceleration
Announcements: Journals/Grades
Opener: Draw a velocity graph
Ball Drop with Vernier Probes
Critique each others "What's this graph"
Announcements: Journals/Grades
Opener: Draw a velocity graph
Critique each others "What's this graph"
Homework: None
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