physics formulas
Terms
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- Force of Magnetic Field
- F=qvBsin∅
- density
- pf/po=Vo/Vf
- Absolute Pressure
- P=P₀ + pgh
- Effiency
- eff=Wnet/Qh= 1 - Qc/Qh
- Pressure
- P=F/A
- 1st Law of Thermodynamics
- ∧U = Q+W
- Mirrors and Lenses
- 1/d₀ + 1/di = 1/f
- RMS
- Irms= .707 Imax
- mirrors and lenses
- M=Hi/Ho = -di/do
- Open Pipe Harmonics
- Fn=nv/2L
- Double Slits Construction Interference
- dsin∅=m7
- RMS
- ∧Vrms= .707 ∧Vmax
- electric field strength
- E=F/q
- Closed at one end harmonics
- Fn=nv/4L
- Continuity Equation
- AV = AV
- Ideal Gas Law
- PV=nRT
- electric potential difference
- V=kQ/r
- Specific Heat
- Q=mc∧T
- density
- Fg/Fb=po/pf
- electric potential energy
- Ue=qV
- Pascal's triangle
- F₁/A₁=F₂/A₂
- Wave Velocity
- V=f 7
- electric power
- p=I²R
- Double Slits Destructive Interference
- dsin∅=(m+½)7
- force of magnetic field
- F=ILBsin∅
- coulombs law
- F=kQQ/r²
- Magnetic field strength
- B=µ₀I/2pir
- Index of Refraction
- n=c/v
- electric potential energy
- Ue=kQQ/r
- Work
- w=p∧V
- Capacitor
- C=∈A/d
- capacitor
- Ue=½CV²
- electric potential difference
- V=w/q
- ohm's law
- V=IR
- Combined Gas Law
- PV/T = PV/T
- electric power
- p=V²/R
- EMF
- E=NABw
- capacitor
- Ue=½QV
- capacitor
- C=Q/V
- frequency
- T=1/f
- EMF
- E=∧BA/T
- Density
- p=m/V
- Inverse square law
- Ir²=Ir²
- Snell's Law
- n₁sin∅ = n₂sin∅
- Beats
- Fb=f₂ - f₁
- Critical Angle
- sin∅c = n₂/n₁
- electric power
- p=IV
- Intensity Level
- B= 10logI/I₀ Io=1×10⁻¹²
- capacitor
- Ue=½Q²/C
- Bernoulli's Principle
- P₀ + pgh + ½pV² = P₀ + pgh + ½pV²
- electric field strength
- E=kQ/r²