1. AP PHYSICS UNIT 3 WORK, ENERGY & POWER  Unit 3 Section 1 Lesson 1 Work Objectives: Show understanding of the Physics concept of Work Correctly identify Work from given situations Recall and show understanding of the formula to calculate Work done Solve related problems involving Work Unit 3 Section 1 Lesson 1 HOMEWORK: PAGE:207: #’S 3,4,5,7,11,12,13, 15, 17, 20, 22  Unit 3 Section 1 Lesson 2 MA Objectives: Show understanding of the Physics concept of Mechanical Advantage Show understanding of the Physics concept of IDEAL Mechanical Advantage Correctly identify MA and IMA from given situations Recall and show understanding of the formula to calculate Efficiency of a System Unit 3 Section 2 Lesson 2 HOMEWORK: Glencoe PAGE:280-281: #’s 79, 80, 81, 82, 85, 86, (87 – 88)

2. Unit 3 Section 2 Lesson 1 Kinetic Energy Objectives: Show understanding of the Physics concept of Kinetic Energy Correctly identify Kinetic Energy from given situations Recall and show understanding of the formula to calculate Kinetic Energy Solve related problems involving Change in Kinetic Energy Unit 3 Section 2 Lesson 1 HOMEWORK: Serway PAGE:209 : #’s 27, 30, 31, 33, 34, 37, 40, 41 Glencoe Page 278 – 279: #’s 71, 72, 78 Glencoe Page 283: #’s 1 – 7 all Unit 3 Section 2 Lesson 2 Potential Energy Objectives: Show understanding of the Physics concept of Potential Energy Correctly identify Potential Energy from given situations Recall and show understanding of the formula to calculate Potential Energy Show understanding of the relationship between Potential and Kinetic Energy Unit 3 Section 2 Lesson 1 HOMEWORK: Glencoe Page 307: #’s 58 – 72 ALL AP PHYSICS UNIT 3 WORK, ENERGY & POWER

3. Unit 3 Section 3 Lesson 1 Conservation of Energy Conservation of Energy Objectives Show understanding of conservation & conversion of energy Correctly distinguish situation involving energy conservation & conversion Solve related PE and KE problems HOMEWORK: Glencoe Page 308 #’s: 73 – 83 Odd Unit 3 Section 3 Lesson 2 Conservation of Energy Solve related PE and KE problems Take into account FRICTION Total Energy = PE + KE - Friction Potential Energy Curves HOMEWORK: Glencoe Page 309 #’s: 84– 93 All AP PHYSICS UNIT 3 WORK, ENERGY & POWER