Total for chapter 2 = 9 hours Chapter 3 Electric circuits 3.1 What is electric charge 2 hours Electric circuits – delivery guide 3.2 What determines the current 4 hours Electric circuits PAG6: Investigate the I-V – in an electric circuit? delivery guide characteristics of circuit elements 3.3 How do series and parallel 5 hours Electric circuits PAG7: Investigate the – circuits work? delivery guide brightness of bulbs in series and parallel 3.4 What determines the rate of 4 hours Electric circuits – energy transfer in a circuit? delivery guide 3.5 What are magnetic fields? 4 hours Electric circuits – delivery guide 3.6 How do electric motors work? 3 hours Electric circuits – delivery guide 3.7 What is the process inside an 4 hours Electric circuits – electric generator? delivery guide Total for chapter 3 = 26 hours Chapter 4 Explaining motion 4.1 What are forces? 4 hours Explaining motion – delivery guide 4.2 How can we describe motion? 7 hours Explaining motion PAG3: Investigate acceleration – delivery guide of a trolley down a ramp 4.3 What is the connection 12 hours Explaining motion – between force and motion? delivery guide 4.4 How can we describe motion in 5 Explaining motion – terms of energy transfer? delivery guide Total for chapter 4 = 28 hours Chapter 5 Radioactive materials 5.1 What is radioactivity? 6 hours Radioactive materials delivery guide – 5.2 How can radioactive materials 3 hours Radioactive materials be used safely? delivery guide – 5.3 How can radioactive materials 4 hours Radioactive materials be used to provide energy? delivery guide – Total for chapter 5 = 13 hours Chapter 6 Matter models and explanations – 6.1 How does energy transform 5 hours Matter delivery PAG1: Determine the densities – matter? guide of a variety of objects both solid and liquid PAG5: Determine the specific heat capacity of a metal 6.2 How does the particle model 2 hours Matter delivery – explain the effects of heating? guide 6.3 How does the particle model 4 hours Matter delivery PAG2: Investigate the effect of – relate to material under stress? guide forces on springs 6.4 How does the particle model 5 Matter delivery – relate to pressure in fluids? guide 6.5 How can scientific models help 6 Matter delivery – us understand the Big Bang? guide Total for chapter 6 = 22 hours Total teaching hours = 120 hours
Total for chapter 2 = 9 hours Chapter 3 Electric circuits 3.1 What is electric charge 2 hours Electric circuits – delivery guide 3.2 What determines the current in an electric circuit? 4 hours Electric circuits – delivery guide PAG6: Investigate the I-V characteristics of circuit elements 3.3 How do series and parallel circuits work? 5 hours Electric circuits – delivery guide PAG7: Investigate the brightness of bulbs in series and parallel 3.4 What determines the rate of energy transfer in a circuit? 4 hours Electric circuits – delivery guide 3.5 What are magnetic fields? 4 hours Electric circuits – delivery guide 3.6 How do electric motors work? 3 hours Electric circuits – delivery guide 3.7 What is the process inside an electric generator? 4 hours Electric circuits – delivery guide Total for chapter 3 = 26 hours Chapter 4 Explaining motion 4.1 What are forces? 4 hours Explaining motion – delivery guide 4.2 How can we describe motion? 7 hours Explaining motion – delivery guide PAG3: Investigate acceleration of a trolley down a ramp 4.3 What is the connection between force and motion? 12 hours Explaining motion – delivery guide 4.4 How can we describe motion in terms of energy transfer? 5 Explaining motion – delivery guide Total for chapter 4 = 28 hours Chapter 5 Radioactive materials 5.1 What is radioactivity? 6 hours Radioactive materials – delivery guide 5.2 How can radioactive materials be used safely? 3 hours Radioactive materials – delivery guide 5.3 How can radioactive materials be used to provide energy? 4 hours Radioactive materials – delivery guide Total for chapter 5 = 13 hours Chapter 6 Matter – models and explanations 6.1 How does energy transform matter? 5 hours Matter – delivery guide PAG1: Determine the densities of a variety of objects both solid and liquid PAG5: Determine the specific heat capacity of a metal 6.2 How does the particle model explain the effects of heating? 2 hours Matter – delivery guide 6.3 How does the particle model relate to material under stress? 4 hours Matter – delivery guide PAG2: Investigate the effect of forces on springs 6.4 How does the particle model relate to pressure in fluids? 5 Matter – delivery guide 6.5 How can scientific models help us understand the Big Bang? 6 Matter – delivery guide Total for chapter 6 = 22 hours Total teaching hours = 120 hours
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