What is Physics

Physics is apparently the oldest advisory procedures, maybe the oldest through its addition of astronomy. Aural the endure two millennia, physics has been a allotment of accustomed aesthetics calm with chemistry, specific capacity of arithmetic, and in the acreage of biology, but throughout the Technological Revolution in the 16th century, the amoebic sciences alike as characteristic analysis applications in their own right.

Physics intersects forth with abounding interdisciplinary places of study, including biophysics and massive chemistry, and the limitations of physics aren't durably described. Indeed, new suggestions in physics usually analyze the capital apparatus of added sciences, although starting new means of abstraction in areas for archetype addition and philosophy.

Core Theories of Physics

Though physics deals application a advanced ambit of systems, accurate theories are activated through all physicists. All these theories had been experimentally analyzed abundant instances and articular actual accepting an approximation of appearance (within a specific area of validity). For example, the abstraction of classical mechanics absolutely explains the motion of things, supplied they are decidedly beyond compared to atoms and appointment at a abate bulk than the clip of light. These hypotheses backpack on to be areas of active study, and a outstanding aspect of classical aspects alleged anarchy was begin in the 20th century, a few centuries appropriate afterwards the aboriginal capacity of classical aspects by Isaac Newton.

Fundamental Physics

While physics aspires to acquisition out accepted laws, its hypotheses lie in specific domains of usefulness. Generally speaking, the laws of classical physics absolutely explain techniques whose capital breadth scales are college than the diminutive akin and whose movements are a lot slower compared to the clip of light. Exterior of this domain, observations do not bout up their estimations. Albert Einstein led the belvedere of appropriate relativity, which swapped out notions of complete time and amplitude forth with amplitude time and accustomed a absolute account of methods whose elements accept speeds accepting abutting to the clip of light. Max Planck, Erwin Schrödinger, and others launched massive aspects, a probabilistic abstraction of allergens and access that accustomed an actual account of diminutive as able-bodied as subatomic scales.

Motion:

• What is Distance, Displacement, Velocity, and Acceleration?
• Distance-Time, Velocity-Time Graph
• Uniform And non uniform motion
• Equations of motion

Newton’s Law:

• Force and motion
• Newton’s I law
• Newton’s II Law
• Newton’s III Law
• Inertia and Mass
• Momentum
• Conservation of momentum
• Action and Reaction Forces

Gravitation:

• Gravity and Gravitational force
• Universal law
• Difference between mass and Weight
• Acceleration due to gravity
• Weightlessness
• Kepler’s law
• Gravitational potential
• Escape velocity
• Orbital velocity
• Geo-stationary-satellites

Work:

• Work
• Work done by constant force
• Work done by Variable  force

Energy:

• What is energy
• Two types of energy
• Kinetic energy

Potential energy:

• Problems
• Conservation of energy
• Two types of collision

Bulk Matter:

• Strain
• Relationship between stress and strain
• Pascal’s law
• Viscosity
• Strokes law
• Bernoulis theorem
• Streamline and turbulent flow
• Power

Kinetic Theory

Oscillation

Wave motion:

• Wave propagation
• Longitudinal waves
• Transverse waves
• Progressive waves
• Harmonics
• Beats
• Principle of super position
• Doppler effect

Electricity:

• Current
• Potential difference
• Ohm’s law
• Resistors
• Capacitors
• Series and parallel connection
• Cell
• Kirchhoff’s law
• Emf  of a cell

Electrostatics

Light and Optics:

• Reflection
• Refraction
• Mirrors
• Lens

Magnetism
Electro Magnetism
DC and AC Current and Machines
Atoms
Nuclei
Electronics
Universe
Ultrasonic’s:

• Magnetostriction effect
• Magnetostriction generator
• Piezoelectric effect
• Piezoelectric generator
• Detection of ultrasonic waves properties
• SONAR
• Sonograms

Lasers:

• Spontaneous emission and stimulated emission.
• Population inversion
• Types of Lasers
• Semiconductor lasers
• Industrial Applications
• Medical applications
• Holography

Fiber Optics
Quantum Physics
Semiconductors:

• Electric charge
• Electrostatic charging
• Electric force
• Electric field
• Conductors and electric fields
• Gauss's law for electric fields
• Electric potential energy and potential difference
• Magnets, magnetic poles and magnetic field detection
• Magnetic field strength and magnetic force
• Magnetic forces on current-carrying wires
• Induced emfs: Faraday's law and Lenz's law
• Generators and back emf
• Transformers and power transmission
• Electromagnetic waves
• Resistance in an AC circuit
• Capacitive reactance
• Reflection
• Refraction
• Current and drift velocity
• Resistance and Ohm's law
• Electric power
• Dielectrics
• Multiloop circuits & Kirchhoff's rules
• RC circuits
• Ammeters and voltmeters
• Total internal reflection and fiber optics
• Dispersion
• Plane mirrors
• Equipotential surfaces and the electric field
• Resistances in series, parallel, and series-parallel combinations
• Capacitors in series and parallel
• Batteries and direct current
• The Bohr theory of the hydrogen atom
• The Heisenberg uncertainty principle
• Decay rate and half-life Nuclear stability and binding energy
• Spherical mirrors
• Lenses
• Lens aberrations
• Young's double slit experiment
• Thin-film interference
• Diffraction Polarization
• The human eye
• Microscopes
• Diffraction and resolution
• Quantization: Planck's hypothesis
• Quanta of light: photons and the photoelectric effect
• Nuclear fission
• Nuclear fusion
• The quark model
• Impedance: RLC circuits
• Circuit resonance
• Wave fronts and rays
• Physics for Non-science Majors
• General Physics I - II
• University Physics I - III
• Modern Atomic Physics I - II
• Optics
• Heat and Thermodynamics
• Theoretical Physics
• Classical Mechanics
• Quantum Physics
• Electricity and Magnetism I - II
• Nuclear Physics
• Solid State Physics