electric circuits 5 th grade s5p3. open versus a closed circuit

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Electric Circuits 5 th Grade S5P3

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Page 1: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Electric Circuits5th Grade S5P3

Page 2: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Open versus a Closed Circuit

Page 3: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Open Circuit

Page 4: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Components of a Circuit

Page 5: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

There are two types of Circuits

1. Series

2. Parallel

Page 6: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit
Page 7: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Conductors vs Insulators

Page 8: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Conductors

Conductors are made of materials that electricity can flow through easily.These materials are made up of atoms whose electrons can move away freely.

Page 9: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Some examples of conductors are

Copper Aluminum Platinum Gold Silver Water People and Animals Trees

Page 10: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Insulators

Insulators are materials opposite of conductors. The atoms are not easily freed and are stable, preventing or blocking the flow of electricity.

Page 11: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Some examples of insulators are:

Glass Porcelain Plastic Rubber

Page 12: Electric Circuits 5 th Grade S5P3. Open versus a Closed Circuit

Electricity will always take the shortest path to the ground. Your body is 60% water and that makes you a good conductor of electricity. If a power line has fallen on a tree and you touch the tree you become the path or conductor to the ground and could get electrocuted.

The rubber or plastic on an electrical cord provides an insulator for the wires. By covering the wires, the electricity cannot go through the rubber and is forced to follow the path on the aluminum or copper wires.