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(based on 13 reviews)

I am a 5th-year science teacher from Auckland New Zealand, specialising in physics and chemistry. I am also a Microsoft innovative education expert for 2017 and am active in #scichatnz and #teachmeetnz.

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I am a 5th-year science teacher from Auckland New Zealand, specialising in physics and chemistry. I am also a Microsoft innovative education expert for 2017 and am active in #scichatnz and #teachmeetnz.
Junior science energy lesson 10 - electrical efficiency
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Junior science energy lesson 10 - electrical efficiency

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This resource is a lesson plan for junior science (year 9, KS3, 8th grade) which introduces the concept of electrical efficiency. The 1 hour lesson consists of a series of learning activities including a discussion around biofuels and an assessment of learning.
Circuits
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Circuits

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This activity is in the form of a powerpoint presentation on circuits designed for senior physics. The presentation also includes short student tasks. In lesson students will Identify common circuit symbols, Identify electric current as a flow of charge/electrons and Explain how current behaves in series and parallel circuit.
Electrostatics 1
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Electrostatics 1

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As part of a 2 part presentation on electrostatics this senior physics lesson in the form of a powerpoint presentation with short student tasks involves introducing static electricity and applications of the phenomenon.
Voltage
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Voltage

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In this senior physics lesson in the form of a powerpoint presentation incorporating short student tasks, students will be able to Explain the term ‘Potential Difference.’ and Explain how potential difference behaves in series and parallel circuits.
Resistance
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Resistance

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This senior physics lesson is in the form of a powerpoint presentation with small student tasks. The students should be able to Identify that an increase in resistance will reduce the electrical current, Explain how the resistance of LDRs and thermistors change with light intensity and temperature., Calculate resistance in parallel and series circuits and Determine Ohm’s Law.