Formula sheet of A2 Physics Complete Edition - A2 物理公式完全版.md

2024-4-30|2024-5-10
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Formula you need to recall

Chapter 12: Motion in a circle
Chapter 13: Gravitational fields
Chapter 14: Temperature
Chapter 15: Ideal gases
Chapter 16: Thermodynamics
    • symbol:
    • is the increase in internal energy
    • q is the heating of the system (energy transferred to the system by heating)
    • W the work done on the system
Chapter 17: Oscillations
Chapter 18: Electric fields
    • if the p.d is for accelerate electron then ( is given)
Chapter 19: Capacitance
    • C unit: F
  • (in series)
  • (in parallel)
Chapter 20: Magnetic fields
    • B unit: T
  • unit: Wb
Chapter 21: Alternating currents
  • (in sinusoidally alternating)
  • (in sinusoidally alternating)
  • (r.m.s definition)
Chapter 22: Quantum physics
    • the de Broglie wavelength as the wavelength associated with a moving particle
Chapter 23: Nuclear physics
  • Particle:
  • .
    • A unit: Bq
Chapter 24: Medical physics
  • The energy of the gamma-ray photons emitted:
Chapter 25: Astronomy and cosmology
    • is thermodynamic temperature of surface,
    • is the wavelength at which maximum emission rate occurs
    • is the galaxy's recessional velocity (m s-1)
    • is Hubble's constant
    • is distance between the galaxy and Earth (m)

Secondary Formula

(No Compulsory to recite but I recommend you understand derive process) Chapter 12: Motion in a circle
  • Gravitational Force as centripetal force
  • Moving Charge in a magnetic field
Chapter 13: Gravitational fields
  • The Gradient of = =
Chapter 15: Ideal gases
Chapter 17: Oscillations
Chapter 18: Electric fields
  • The Gradient of = =
Chapter 19: Capacitance
Chapter 20: Magnetic fields
  • Velocity Selector
Chapter 21: Alternating currents
  • (in sinusoidally alternating)
Chapter 24: Medical physics
Chapter 25: Astronomy and cosmology

Formula is Given(You have to know how to using it)

Uniformly accelerated motion
Hydrostatic pressure
Upthrust
Doppler effect for sound waves
Electric current
Resistors in series
Resistors in parallel
Gravitational potential
Gravitational potential energy
Pressure of an ideal gas (Able to Derive)
notion image
notion image
Simple harmonic motion (acceleration)
Velocity of particle in simple harmonic motion
Electric potential
Electrical potential energy
Capacitors in series (Able to Derive)
notion image
Capacitors in parallel (Able to Derive)
Discharge of a capacitor
Hall voltage (Able to Derive) where
  • t = thickness
  • n = number density of electrons ()
    • notion image
      notion image
      notion image
Alternating current/voltage
Radioactive decay
Decay constant
Intensity reflection coefficient
Stefan–Boltzmann law
Doppler redshift

Legacy Formula

Power - Work done: Charge - current: P.d - Work done:
Understanding knowledge of A2 Physics - A2 物理理解性知识点.mdDefinition of A2 Physics - A2 物理定义.md
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