1.Mechanics
. What is PHYSICS(Read)
. What opinion you must understand to learn PHYSICS
. Euclidean geometry
. Mathmatics in PHYSICS
. Units
. Dimensions
. Dimensions analysis
. Bukhingham π theorem
. Calculas in PHYSICS
. What is vector
. Distance vs. Displacement
.
2. Electromagnetism
. What is Electromagnetism?
. What is charge?
. What is electron?
. Meaning of εo
. Culamb's law
. Electric field
. Electric field lines
. Electric potential
. Potential diffrence
. . Zeeman effect
. Magnetism
.
. Einstein - de has effect (Richardson effect)
3. Optics
Einstein–de Haas effect, or theRichardson effect
4. Wave
5. Solid state PHYSICS
6. Mordern PHYSICS
7. Thermodynamics
8. Theory of Relativity
9. Quantum PHYSICS
.what is quantum PHYSICS
. operators
. Quantum gravity
. Quantum electrostatic
. Standard model of particals
. Bosons?
. Leptons?
. Quarks?
10. String Theory
11. Cosmology
12. Better understanding of VECTORS
12. From the books of LEGENDS
13. What yet to be discover?
14. Now what is your work?
. What is PHYSICS(Read)
. What opinion you must understand to learn PHYSICS
. Euclidean geometry
. Mathmatics in PHYSICS
. Units
. Dimensions
. Dimensions analysis
. Bukhingham π theorem
. Calculas in PHYSICS
. What is vector
. Distance vs. Displacement
.
2. Electromagnetism
. What is Electromagnetism?
. What is charge?
. What is electron?
. Meaning of εo
. Culamb's law
. Electric field
. Electric field lines
. Electric potential
. Potential diffrence
. . Zeeman effect
. Magnetism
.
. Einstein - de has effect (Richardson effect)
3. Optics
Einstein–de Haas effect, or theRichardson effect
4. Wave
5. Solid state PHYSICS
6. Mordern PHYSICS
7. Thermodynamics
8. Theory of Relativity
9. Quantum PHYSICS
.what is quantum PHYSICS
. operators
. Quantum gravity
. Quantum electrostatic
. Standard model of particals
. Bosons?
. Leptons?
. Quarks?
10. String Theory
11. Cosmology
12. Better understanding of VECTORS
12. From the books of LEGENDS
13. What yet to be discover?
14. Now what is your work?
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