Objectives: Calculate the amount of work done
to lift a "car" up an incline and compare to the energy transferred to it
Announcements: Grades/Assignment
Opener:Yves Rossi - Rocket Man link
Lab: Energy & Work
Powerpoint link
Homework: Complete lab write-up
Monday, April 21, 2014
Tuesday, April 15, 2014
Thurs., Apr. 17, 2014
Objectives: Measure the amount of work done
to lift a "car" up an incline and compare to the force exerted
Announcements: Grades
Opener: Where'd it go?
Lab: Energy & Work
Powerpoint link
Homework: Complete lab write-up
to lift a "car" up an incline and compare to the force exerted
Announcements: Grades
Opener: Where'd it go?
Lab: Energy & Work
Powerpoint link
Homework: Complete lab write-up
Friday, April 11, 2014
Tues., Apr. 15, 2014
Objectives: Measure the amount of work done
to lift a "car" up an incline and compare to the force exerted
Announcements: Grades
Opener: Laser Madness
Lab: Energy & Work
Powerpoint link
Homework:
to lift a "car" up an incline and compare to the force exerted
Announcements: Grades
Opener: Laser Madness
Powerpoint link
Homework:
Monday, April 7, 2014
Fri., Apr. 11, 2014
Objectives: Build bridges to our own
specifications & test to see what loads
they can support
Announcements: Checking that you
completed your Engineering Portfolio
Opener: Magic Raisin
Complete your bridge model
Bridge Tests
Fill in excel spreadsheet
Hand in your Engineering Portfolio
Homework: None
specifications & test to see what loads
they can support
Announcements: Checking that you
completed your Engineering Portfolio
Opener: Magic Raisin
Bridge Tests
Fill in excel spreadsheet
Hand in your Engineering Portfolio
Homework: None
Wednesday, April 2, 2014
Wed., Apr. 9, 2014
Objectives: Build bridges to our own
specifications & test to see what loads
they can support
Announcements: Must get approval of your
"Engineering Rationale" (page 4) before you
may construct your bridge model
Opener: None
Build your bridge model
We will test them together as a class
next class
Bridge Project: PowerPoint link
Handout link
Homework: Complete entire portfolio
specifications & test to see what loads
they can support
Announcements: Must get approval of your
"Engineering Rationale" (page 4) before you
may construct your bridge model
Opener: None
Build your bridge model
We will test them together as a class
next class
Bridge Project: PowerPoint link
Handout link
Homework: Complete entire portfolio
Mon., Apr. 7, 2014
Objectives: Build bridges to our own
specifications & test to see what load
it can support
Announcements: Must get approval of your
"Engineering Rationale" (page 4) before you
may construct your bridge model
Opener: Comeback Can
Bridge Project: PowerPoint link
Handout link
Homework: Fill in all items of the
engineering portfolio (except "Final Designs"
& "Further Considerations")
specifications & test to see what load
it can support
Announcements: Must get approval of your
"Engineering Rationale" (page 4) before you
may construct your bridge model
Opener: Comeback Can
Handout link
Homework: Fill in all items of the
engineering portfolio (except "Final Designs"
& "Further Considerations")
Tuesday, April 1, 2014
Thurs., Apr. 3, 2014
Objectives: Consider what safety factor
to build in and determine what beams &
strips you will use for your bridge design.
Announcements: None
Opener: Mystery Tube
Bridge Project: PowerPoint link
Handout link
Create graphs from data tables Period 2 Period 6
Homework: Fill in all items on pages 1-3
of the engineering portfolio. Stamping
next class.
to build in and determine what beams &
strips you will use for your bridge design.
Announcements: None
Opener: Mystery Tube
Handout link
Create graphs from data tables Period 2 Period 6
of the engineering portfolio. Stamping
next class.
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