• Incline Problems
• PP/459 (1 & 2)
• PP/463 (4 & 5)
• PP/467
• Notes

• More Forces at Angles
• PP/459 (1 & 2)
• PP/463(4 & 5)
• PP/467

• More Inclines
• MP/471 & PP/474-475
• Notes

• QUIZ (Vector Basics)
• Be sure all PP are done!

• Subtraction of Vectors
• MP/97 & PP/98/13-15

• Test outline
• Review: p528/23-25 & p626/33,34 & 36
• Review: p117/19-29, p209/24-26, 36, p212/34 & 35

• Forces at Angles & Friction (Excel Activity)
• Review

• Review

• Determining g on an Incline

• Work on Lab (due Oct 20)
• Lab Write-Up

October 14 (short class)

• TEST (Part 1)
• Work on Lab (due Oct 20)

• TEST (Part 2)
• Work on Lab (due Oct 20)

• 10-2 Connected Masses
• Atwood's Machine Simulation (Wiley) (do not use Chrome)
• MP/477 & PP/478
• MP/483 & PP/485
• Notes

• Example (Fletcher's Trolley)
• Connected Masses & Incline (simulation)
• MP/486 & PP/488-9
• Notes

• Work on Lab
• Work on PP
• Notes PP from HW
• More Notes PP from HW

• Atwood's Machine LAB

• Atwood's Machine LAB (finish & work on)
• Atwood's Write-Up

• HW Probe (Connected Masses)
• Introduction to Static Equilibrium
• FOP: 6-1 Equilibrium in Small Objects & PP
• FOP: 6-2 Static Friction & PP
• Notes (Static Equilibrium)

• Work on Static Equilibrium PP from FOP Booklet (6-1 & 6-2)
• Review of Static Equilibrium (FOP/Problems/12-22)
• Notes (for FOP/PP)

• Introduction to Torque
• FOP: 6-3 (#1)
• MP/493 & PP/495
• Notes

• Work on Lab

October 29

October 30

• Torque & Static Equilibrium
• Teeter-Totter
• MP/498
• PP/6-3/FOP booklet/2-4
• PhET: Balancing Act
• Notes

• Work on Lab
• Trig or Treat