10Science1 26 Pipiri 2014
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10Science1 26 Pipiri 2014 What we will do What we will learn Preliminaries and roll, including Quick Quiz The importance of starting well Begin investigating Power in electrical circuits How to find the Power Output and the Resistance of a circuit Use the “code” for tests How to interpret the “code” Use the real bench and the online simulation to compare power output for series and parallel circuits How power outputs and brightnesses for lamps are linked PLUS how to find them Write in our diary to bring our Scipads How to plan ahead
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10Science1 26 Pipiri 2014. Useful definitions for our workbooks: Voltage is defined as a difference in the electrical potential energies between two places. Current is defined as the flow or movemen t of charged particles (usually electrons). - PowerPoint PPT Presentation
Transcript of 10Science1 26 Pipiri 2014
10Science1 26 Pipiri 2014What we will do What we will learnPreliminaries and roll, including Quick Quiz
The importance of starting well
Begin investigating Power in electrical circuits
How to find the Power Output and the Resistance of a circuit
Use the “code” for tests How to interpret the “code”
Use the real bench and the online simulation to compare power output for series and parallel circuits
How power outputs and brightnesses for lamps are linked PLUS how to find them
Write in our diary to bring our Scipads
How to plan ahead
HW item Skills practiced Scipad pages 131 - 143Due Fri 7 March 2014
Alleles, Genetics and Variation
Scipad pages 99 – 107, 113 – 120, 122 and 123Due Monday 14 April 2014
How to read measuring scales well, Forces, Mass and Motion
Scipad pages 8 – 12 and 14Due Fri 23rd of May 2014
Physical and Chemical ChangesStructure of the Atom
Scipad pages 15 - 22, 24 and 25Due Thursday 5th of June 2014
Chemical equations, ions, balancing charges, balancing equations
Useful definitions for our workbooks:
Voltage is defined as a difference in the electrical potential energies between two places.
Current is defined as the flow or movement of charged particles (usually electrons).
Voltage is measured in Volts (Joules per Coulomb)
Current is measured in Amperes, Amps or Coulombs per second
Use website to start up the simulation of parallel and series lamps
