Embedded Files
Learning Outcomes:
Learning Outcomes:
From Chapter 1 Measurement:
- add two vectors to determine a resultant by a graphical method
From Chapter 3 Forces:
- apply Newton’s Laws to:
- identify forces acting on an object and draw free body diagram(s) representing the forces acting on the object (for cases involving forces acting in at most 2 dimensions)
- recall and apply the relationship resultant force = mass × acceleration to new situations or to solve related problems
- explain the effects of friction on the motion of a body
LESSON VIDEOS
LESSON VIDEOS
3.1 Forces
3.1 Forces
3.2a Forces in parallel (addition & subtraction)
3.2a Forces in parallel (addition & subtraction)
3.2b Addition of non-parallel forces
3.2b Addition of non-parallel forces
3.2c Vector diagrams (examples)
3.2c Vector diagrams (examples)
3.3a Newton's 1st Law of Motion
3.3a Newton's 1st Law of Motion
3.3b Newton's 2nd Law of Motion Part 1
3.3b Newton's 2nd Law of Motion Part 1
3.3c Newton's 2nd Law of Motion Part 2 (Examples)
3.3c Newton's 2nd Law of Motion Part 2 (Examples)
3.4 Friction and Terminal Velocity
3.4 Friction and Terminal Velocity
3.5 Pressure
3.5 Pressure
I DO, YOU DO, WE DO! LET'S PRACTICE!
I DO, YOU DO, WE DO! LET'S PRACTICE!
WS 3.1 Vector Diagrams.pdfWS 3.1
WS 3.1
WS 3.2 Forces of Motion (1st Law).pdfWS 3.2
WS 3.2
WS 3.3 Forces of Motion (2nd Law).pdfWS 3.3
WS 3.3
WS 3.4 Pressure.pdfWS 3.4
WS 3.4
APPLETS TO TRY!
APPLETS TO TRY!
Play around with this applet to see how the tip-to-tail method work in the addition of non-parallel vectors!
Play around with this applet to see how the tip-to-tail method work in the addition of non-parallel vectors!
Choose "Both" from the drop-down list to see how the force and motion are related.
Choose "Both" from the drop-down list to see how the force and motion are related.
SELF-ASSESSMENT QUIZ
SELF-ASSESSMENT QUIZ
SUCCESS CRITERIA
SUCCESS CRITERIA
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