Before Class Preparation:

• Complete all CK exercises and self quizzes in Google Classroom
• Rubric for tests are here

In Class Work:

5 minute group discussion

15 minute written quiz

Can you:

• Calculate weights on different planets & determine their normal forces
• Analyse and solve physics problems and relating them to everyday life (Application)
  • Explain & calculate apparent weight experienced by amusement park riders on different types of rides
• Overall Communication Level for neatness and notation

Before Class Preparation:

• Complete all CK exercises and self quizzes in Google Classroom
• Rubric for tests are here

In Class Work:

10 minute group discussion

30 minute written quiz

Can you:

• Calculate weights on different planets & determine their normal forces
• Analyse and solve physics problems and relating them to everyday life (Application)
  • Explain & calculate apparent weight experienced by amusement park riders on different types of rides:
  • Rides with loops where riders go upside down
  • Conical pendulum rides where riders feel an apparent weights different than their weights on Earth
• Overall Communication Level for neatness and notation

Before Class Preparation:

• Complete all CK exercises and self quizzes in Google Classroom
• Rubric for tests are here

In Class Work:

10 minute group discussion

30 minute written quiz

Can you:

• Explain concepts involving objects’ motions on incline planes
• Analyse and solve physics problems and relating them to everyday life (Application)
  • Motion of objects inclined planes
• Overall Communication Level for neatness and notation

Before Class Preparation:

• Complete all braingenie exercises and self quizzes on Google Classroom
• Create a formula sheet:
  • 8.5″ x 11″ paper, one sided
  • Hand-written
  • Not photocopied
• Rubric for tests are here

In Class Work:

60 minute written test 

Can you:

• Solve problems and explain the concepts of:
  • Projectile motion
  • Relative motion
  • Forces and motion of objects on an incline
  • Frames of reference
  • Circular motion