Units and Dimensions Dimensional Formula Chart PDF

Emo/ D - Dimensionless...

Emo/ D - Dimensionless I Numbers (1 , Trignometric Ratios 3 2 , 3 25 , , 3x.... ) sin h · Losi E Thrust Force tan o Viscous force N & 17 Centrifugal Force Tension Force Angles e Frictional Force Force S function Strain spring logarithmic Electrostatic Force Normal Force Refractive Index Efficiency Magnetic Force Pseudo Force Dielectric constant Magnification Force Buoyant Nuclear Force Relative Poission's ratio density Force Coefficient of friction Relative permeability O Drag Gravitational Force it E a [] Tog i. = length wave length work 2 => Distance light year go in L Energy 3 = Parse( Y Displacement Acceleration C - > Kinetic energ E↳ Focul length Potential energ Average Acceleration 5 Radius of hy ration spring energy - Astronomical unit Centripetal Acceleration F Intensity of Gravitational Field - 234567 Magnetic hililiklilikalisli O vibrational energy energy R EDT ·] - 9 [M4 "T = = 2) M Pressure & Terminal velocity E "5] = locity verage Stress critical velocity spee & j young's modulus Orbital > - velocity Average velocity Rydberg Constant Bulk modulus Escape velocity Instantaneous speed L Terminal speed speed Instantaneous velocity Wave Power of lens number Modulus shear modulus of Rigidity Recoil velocity A E I Dimensional formula a Heat Dimensions and Dimensional Constant Thermodynamics plank's Constant [M( T + ] specific capacity [12 + neat k + ] Gravitational Constant [m + (3 + 2] Heat capacity [ML2T- 2 k ] + Wein's Constant [Lk] Impulse Latent heat [12T- =] mol] Entropy [mc2 + k+ ] - has Constant [M(2 + 2 Impulse [M(T ] k - expansion [K ] + [M12 +- Constant 2 k-1] coefficient of Thermal Angular Impulse [Ml" + ] Boltzman + Thermal Conductivity [MLT-3 k ] + Stefan's Constant [MT-31-4] Intensity [ML" + 3] Decay Constant [T"] - Dimensions involved in Electromagnetism charge [AT] [M23 A-2] 3 Resistivity/Specific Resistance - + field [MLT3 A 1] conductivity [M < A2] 3 3 + Electric - + Magnetic field [MT2A + ] capacitance [M 1 +↑A2] " - 2 Electric flux [M13T-3A-1] Inductance [Mc2 + -2 A2] Magnetic Flux [M(2 +* "J A Current density [AL-2] A] 3 dipole moment [LTA] Reactance [ML2 + - Electric Inductance Magnetic dipole moment [12A] capacitance A-2] Reactance [ML2T-3 permitivity [M" 1 + YA2] Dimensionless [M :+ ·] 3 Quality factor : permeability [MLT2 A 2] Voltage/EMF [ML2 + Al] - 3 - Resistance [M12 + A- 2] 3 Some frequency Terms Some Angular Terms Some Gradient Terms Frequency Angular displacement [M2"To Force gradient [MT-2] ↑ Angular velocity [M :T ] : + Energy gradient [MLT-2] [T 1] - Angular acceleration [Molo + 2] pressure gradient [M12 + ) Angular momentum [MPT + I potential gradient [MLT 3A ] Angular I Resonant - - velocity gradient [i 1] Frequency Frequency -