Magnetism and Electricity
LT: Identify evidence of a relationship between the magnetic field and electricity.
Lesson: Students will conduct an investigation to obseerve characteristics of magents and evidence that a magnetic field may be used to generate electricity.
The notebook entry should cover these observations:
1. How does a magnet behave by itself?
2. How do two magnets interact? How does this help you understand what the
magnetic field is?
3. How does the alignment of steel filings help improve your understanding of
the magnetic field?
4. How does moving a compass around the magnet improve your understanding
of the magnetic field?
5. What evidence did you collect that a magnetic field may be necessary to
generate electricity.
LT: Identify evidence of a relationship between the magnetic field and electricity.
Lesson: Students will conduct an investigation to obseerve characteristics of magents and evidence that a magnetic field may be used to generate electricity.
The notebook entry should cover these observations:
1. How does a magnet behave by itself?
2. How do two magnets interact? How does this help you understand what the
magnetic field is?
3. How does the alignment of steel filings help improve your understanding of
the magnetic field?
4. How does moving a compass around the magnet improve your understanding
of the magnetic field?
5. What evidence did you collect that a magnetic field may be necessary to
generate electricity.
