ISM ADVANCED PHYSICS 2023
WELCOME!
WELCOME!
Advanced Physics at ISM is an algebra based course that is a more rigorous introduction to mechanics, thermodynamics, mechanical waves, electricity and magnetism.
This website will provide lessons and resources to help you be successful in this class. It will be updated frequently, so check back often.
The single most important thing you can do to learn physics is to work problems. Lots and lots of problems. Every evening.
This website will provide lessons and resources to help you be successful in this class. It will be updated frequently, so check back often.
The single most important thing you can do to learn physics is to work problems. Lots and lots of problems. Every evening.
09/09/23
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08.28.23
08/31/23
Learning Points
Learning Points
04.25.23
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users.physics.ox.ac.uk/~rtaylor/teaching/specrel.pdfOn The Electrodynamics of Moving Bodies
5. Please click here and read!sites.pitt.edu/~jdnorton/teaching/HPS_0410/chapters/
02.11.23
You should review questions 1 - 19 in Giancoli Chapter 21.
You should review questions 1 - 19 in Giancoli Chapter 21.
01.12.23
Advanced Physics Learning Points
1. Review what will be on the next periodic.
2. Revisit calculating the magnetic field in a solenoid.
3. Model lab to compare theoretical value with experimental value.
4. Do the lab!
Advanced Physics Learning Points
1. Review what will be on the next periodic.
2. Revisit calculating the magnetic field in a solenoid.
3. Model lab to compare theoretical value with experimental value.
4. Do the lab!
01.10.23
Learning Points
1. Review Physics LE questions.
2. Review Learn AP Physics questions.
Learning Points
1. Review Physics LE questions.
2. Review Learn AP Physics questions.
01.09.23
Learning Points
1. Demo lab procedure for measuring the magnetic field inside a solenoid with DC current.
2. Show that B = UoNI/L.
3. Review Physics LE questions.
4. Review Learn AP questions.
5. Conclusion.
Learning Points
1. Demo lab procedure for measuring the magnetic field inside a solenoid with DC current.
2. Show that B = UoNI/L.
3. Review Physics LE questions.
4. Review Learn AP questions.
5. Conclusion.
Read chapter 20
01/05/23
1. Review videos uploaded to gonzmosis.com.
2. Calculate the magnetic field inside a current carrying wire.
3. Review calculating the magnetic field inside a solenoid.
4. Demo lab procedure for measuring the magnetic field inside a solenoid with DC current.
5. Demo lab for measuring the magnetic field inside a solenoid with alternating current.
1. Review videos uploaded to gonzmosis.com.
2. Calculate the magnetic field inside a current carrying wire.
3. Review calculating the magnetic field inside a solenoid.
4. Demo lab procedure for measuring the magnetic field inside a solenoid with DC current.
5. Demo lab for measuring the magnetic field inside a solenoid with alternating current.
This is an animation showing the magnetic field of a bar magnet as the magnet approaches a coil of wire.
A bar magnet falling through a superconducting ring.
The magnetic field created by an oscillating charge.
The Milky Way viewed in visible light.
| sg_advancedphysicsterm2practicechargesinbfields_639225c88f13b4.639225c9e0ce24.65351845.pdf |
| tb_advancedphysicsterm2practicechargesinbfields_63922563388de3.63922564a007e0.38482749.pdf |
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Play with this
And this
And this
