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Group 1: Aks 9A: Magnetism Review

The document outlines tasks for different groups to study various aspects of magnetism through experiments and demonstrations. Group 1 will explore when magnetic fields are present and the relationship between current and magnetic fields. Group 2 will show how magnetic fields are created by electricity and strengthened by coiling wire. Group 3 will identify electromagnet components and demonstrate how its magnetic field strength is affected by coil turns, current, and an iron core. Group 4 will explain magnetic induction and demonstrate how it moves electrons. Group 5 will explain how generators work by transforming mechanical into electrical energy. Group 6 will explain how motors work by transforming electrical into mechanical energy.

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0% found this document useful (0 votes)
56 views1 page

Group 1: Aks 9A: Magnetism Review

The document outlines tasks for different groups to study various aspects of magnetism through experiments and demonstrations. Group 1 will explore when magnetic fields are present and the relationship between current and magnetic fields. Group 2 will show how magnetic fields are created by electricity and strengthened by coiling wire. Group 3 will identify electromagnet components and demonstrate how its magnetic field strength is affected by coil turns, current, and an iron core. Group 4 will explain magnetic induction and demonstrate how it moves electrons. Group 5 will explain how generators work by transforming mechanical into electrical energy. Group 6 will explain how motors work by transforming electrical into mechanical energy.

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MAGNETISM REVIEW

GROUP 1: AKS 9A
Explain the circumstances under which a magnetic field is present.
Explain how current and magnetic fields are related.
Determine the appropriate equipment and measurements needed to detect a magnetic
field.
Demonstrate the presence of a magnetic field when an electric current is flowing.

GROUP 2: AKS 9B
Show how a magnetic field is created by electricity.
Demonstrate how coiling a current carrying wire strengthens a magnetic field.

GROUP 3: AKS 9B1


Identify the basic components needed to build an electromagnet.
Show how increasing the number of turns in a coil of current carrying wire affects the
strength of the magnetic field around an electromagnet.
Show how increasing the current through a coil of wire affects the strength of the
magnetic field around an electromagnet.
Show how adding an iron core to the center of a coil of wire affects the strength of the
magnetic field around an electromagnet.

GROUP 4: AKS 9C
Explain the process of magnetic induction.
Demonstrate how magnetic induction causes movement of electrons.

GROUP 5: AKS 9D
Explain how an electric generator works.
Demonstrate how mechanical energy is transformed into electrical energy (generator).

GROUP 6: AKS 9D
Explain how an electric motor works.
Demonstrate how electrical energy is transformed into mechanical energy (motor).

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