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 Tuesday, March 6

 

  • Introduction to rotational dynamics
  • Defining torque as a force that causes angular acceleration
  • Describe force positions on rotational motion apparatus as providing different torques
  • Calculate torque as a product of force and distance with a few door examples

 

Wednesday, March 7

 

  • Conditions for rotational equilibrium: the see-saw problem
  • Determine positions of people on see saw.
  • Consider a problem with a movable fulcrum and how the mass of the 

 

Thursday, March 8

 

  • P. 253, 1-6 due
  • Go over problems together

 

Friday, March 9 - No school - Teacher inservice

 

Monday, March 12

 

  • P. 253; 7, 9-10, 17-18 due
  • Go over problems together in class

 

Tuesday, March 13

 

  • Rotational dynamics examples

 

Thursday, March 15

 

  • P. 258; 31-34 due
  • Go over problems together in class

 

Friday, March 16

 

  • AP Problem set 8-1 due
  • Go over problems together in class

 

Monday, March 19

 

  • ​P. 258, 39-43 due
  • Go over problems together in class
  •  

Tuesday, March 20

 

  • P. 219, 29-34 due
  • Go over problems together in class
  • Solution to LaGrange point problem

 

Friday, April 6

  •  

  • Chapter 7 Test

AP Physics I - Chapter 8

Rotational dynamics

Unit Outline with Standards

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