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FE-Physics
Formulas & Explanation – Physics
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Physics formulas & explanation
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Mechanics
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One dimensional motion
The First Two Laws of Newton
Mass and Density
Weight and Mass
Uniform Circular Motion- Centripetal Force
The Orbit of a Satellite around the Earth
Torque of a force with respect to a point P
Work
Mechanica energy
Conservation of Mechanical Energy – Falling body without air resistance
The Work – Energy Theorem
Power and work
Motion in Two Dimensions – Projectile Motion
Motion in Two Dimensions – Uniform Circular Motion
Electricity and Magnetism
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Definition electric current in a wire
Ohm’s Law /Power
Electric resistance of a wire
Series/Parallel circuit
Power/Energy
Electric Field
Acceleration of a charged particle in a uniform electric field
Magnetic force on a current-carrying wire in a magnetic field
The motion of a charged particle in a uniform magnetic field
Magnetic field of a long current-carrying coil
Magnetic field of a current-carrying wire
Magnetic Flux
Change of magnetic flux and electromagnetic induction
Sinusoidal alternating current – Peak voltage and root mean square value of voltage
Sinusoidal alternating current – Peak current and root-mean-square value of the current
Transformer
Fluids, Gases and Heat
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Law of continuity
Fluids / Pressure
Hydrostatic pressure or fluid pressure
Kelvin temperature
Ideal Gas Law
A fixed mass of gas
Special cases of the Gas Law
Heat
Efficiency (η)
Optics
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Light as wave
Diffraction grating
Repetitive motions and waves
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Repetitive motions (oscillations or vibrations)
Simple harmonic motion
Hooke’s Law
Phase
Maximum speed
Spring-mass system
Simple pendulum
Energy in a horizontal vibrating spring
Travelling waves
Standing waves
Electromagnetic spectrum
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Electromagnetic radiation
Line spectra
Photoelectric effect
Radioactivity
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Absorption γ-radiation
Activity
Dose/ Equivalent dose
Mass-energy relation (Einstein)
Binding energy
Radioactive decay
Structure of the nucleus
Contact
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Kelvin temperature
T = t + 273
T Kelvin temperature in K
t temperature in
o
C
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