**Click to download workbook FS7 **

**Module 1**

This module will give you an introduction to the subject of electricity.

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**Module 2**

This module will discuss superconductors and explain their properties.

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**Module 3**

Attempt the question and then view the module.

If a potential of 6 volt is provided in a circuit with a resistance of 0.1 ohms, in other words the resistance is purely caused by the wire, what current will be flowing?

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**Module 4**

This module will discuss the topic of voltage and how it forces electrons through the wire.

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**Module 5**

This module will discuss the issue of resistors and how they affect the amount of current flowing in a circuit.

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**Module 6**

Attempt the following question and then view the module.

Determine the total resistance in this circuit?

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**Module 7**

This module will look at resistors in parallel.

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**Module 8**

Determine the resistance of this circuit?

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**Module 9**

Determine the resistance of this circuit.

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**Module 10**

This module will discuss work in relation to electricity. For electrical potential to be created work has to be done. Well work is a form of energy and is thus measured in the joule.

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**Module 11**

Attempt the following question and then view the module.

Q. 5 batteries each of 2 Volts are connected in series with christmas tree lights having 20 bulbs each rated at 0.5w at 3 volts.

What is the current flowing in the circuit and what is the resistance of each bulb?

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**Module 12**

Attempt the following question and then view the module.

The power circuit of an office is supplied at 240 Volt and has the following appliances connected to it.

4 heaters 3000W for 5 hours

1 kettle 2000W for 0.5 hours

5 computers 1000W for 6 hours

If the charge per unit is 7p, What would be the total charge for the day?

What would be the resistance of each item and what would be the total effective resistance of the whole circuit?

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**Module 13**

Attempt the following question and then view the module.

This diagram shows a circuit. Calculate

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**Module 14**

Determine the following question and then view the module.

Q.

Determine the following parameters?

c) What is the current in the circuit?

d) Eventually the battery will lose its voltage and falls to 8Volts, how much power will be dissipated in all the resistors together?

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