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Wedges as displacement into the fourth dimension
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540: Bailey, K, "Symbols and Units in First-Year Physics", The
Physics Teacher, vol 37, Jan, 1999, p 38
C:D:t,U:!!(BY YEAR'S END, STUDENTS WILL HAVE SEEN USE OF 52 SYMBOLS
[MANY IN GREEK] FOR 35 UNITS HAVING TO DO WITH 60 QUANTITIES, SOME
ENTITIES WITH MORE THAN ONE SYMBOL, A SYMBOL FOR A QUANTITY HERE
THAT MAY BE A SYMBOL FOR A UNIT THERE, THEY WILL SEE SUBSCRIPTS,
AND THEY WILL SEE EMPHASIS IN LETTERS OF WHATEVER LANGUAGE THROUGH
ITALICS, BOLD PRINT, AND VECTOR ARROWS ABOVE SYMBOLS, ALL USED ON
PAPER, BLACK OR WHITEBOARDS, AND ELECTRONIIC DISPLAYS VIA MULTIPLE
AUTHORS EMPLOYING DIFFERING SETS OF SYMBOLS, ALL IN A PHYSICS THAT
STILL INVOLVES MORE THAN ONE SYSTEM OF UNITS!)
=================================++=================================
The conventions adopted for GDA are meant to accommodate greater
density of information display without use of italics, subscripts,
superscripts, multiple fonts, foreign language symbols, or graphics
while bestowing searchability here or across the entire internet.
If half of the 52 symbols used for English might later be deemed
ambiguous in shape, there are still many more than ([26]^3) label
possibilities available for up to three symbols in brackets:
[Gye] = Gyromagnetic ratio of the electron, [4Pi] = Four times Pi,
[qD0] = Atomic unit of electric quadrupole moment, [p] = momentum,
[c^2] = Square of speed of light, etc.
If four letters are used to identify a unit, then with or without
parentheses, brackets, braces, or slash marks these rules can apply
AND be used in conjunction with established standards of expression:
1. A capitalized first letter means a positive exponent, if the
first letter is not capitalized then the unit has a negative power.
2. Numerals in the second and third positions of the four letter
unit label denote the numerator and denominator of the fractional
power to which the unit is raised, and lack of a numeral in either
internal position correlates to the presence of numeral one:
Ampere : Ampr Joule: Juul Newton : Nwtn Steradian: Strr
Coulomb: Cuul Katal: Katl Ohm : Ohmm Sievert : Svrt
Candela: Cnda Lumen: Lmen Pascal : Pscl Tesla : Tsla
Farad : Frad Lux : Luxx Radian : Radn Volt : Vltt
Gray : Gryy Meter: Metr Second : Scnd Watt : Waat
Henry : Hnry Mole : Mool Siemens: Smns Weber : Webr
Hertz : Hrtz = scnd = [Scnd]^-1` Smns = ohmm Becquerel: Bcql
degrees Kelvin: Degk Kilogram : Kgrm degrees Centigrade: Degc
[Joule]^+1 = Juul = J1ul , [Joule]^+2 = J2ul , [Joule]^+3 = J3ul
[Joule]^-1 = juul = j1ul , [Joule]^-2 = j2ul , [Joule]^-3 = j3ul
[Joule]^[1/2] = J12l , [Joule]^[3/2] = J32l , [Joule]^-[7/2] = j72l
Juul = hrtzWaat = H2tzKgrmM2tr = C2ulfrad = A2prHnry = FradV2tt
[Farad]^+1 = Frad = F1ad = F11d = Fr1d ; [Farad]^-1 = frad
[Meter]^+2 = M21r = M2tr = MetrMetr ; [Meter]^[-1/2] = me2r = m12r
[Meter]^2 = [Volt][Second]/[Tesla] : M2tr=ScndtslaVltt
[Volt]=[Weber]/[Second] : Vltt=scndWebr=Webr/Scnd=1/Scndwebr
[Ampere]=[Weber]/[Henry] : Ampr=Webr/[Henry]=hnry[Weber]=hnryWebr
[Watt]=[Volt][Ampere] : [Watt]=[Ampere]/vltt=Vltt/ampr=AmprVltt
[Siemens]=[Coulomb]/[Weber] : Smns=Cuulwebr=[cuul^-1]/Webr
[Hertz]/[Tesla]=[Coulomb]/[Kilogram] : Hrtztsla=1/ScndTsla=Cuulkgrm
[Hertz] = 1/[Second] = [Siemens]/[Farad] : Hrtz=scnd=fradSmns
[Second] = [Ohm][Farad] : Scnd=FradOhmm : S2nd=F2adO2mm
[Second^2] = [Henry][Farad] : S2nd=FradHnry : Scnd=F12dH12y
[Henry] = [Ohm^2][Farad] : Hnry=FradO2mm : H12y=F12dOhmm
[Henry] = [Ohm][Second] = [Kilogram][Meter^2]/[Coulomb^2] :
Hnry=OhmmScnd=c2ulKgrmM2tr
[Farad] = [Coulomb^2][Second^2]/([Meter^2][Kilogram]) :
Frad=C2ulkgrmm2trS2nd : F12d=Cuulk12mmetrScnd
[Weber^2] = [Joule][Henry] = [Kilogram][Meter^2]/[Farad] :
W2br=HnryJuul=fradKgrmM2tr : Webr=H12yJ12l=f12dK12mMetr
[Coulomb^2]=[Joule][Farad] : C2ul=FradJuul : Cuul=F12dJ12l
[Kilogram]/[Henry] = [Coulomb^2]/[Meter^2] : hnryKgrm=C2ulm2tr
For June, 2017 CODATA 2014 fundamental constants values, verify that
the interconsistency of the International System of Units (or SI)
ensures the calculation of any unit in terms of the other units and
the calculation of any quantity in terms of the other quantities, as
can be seen, for example, in the periodic table of atomic constants:
Mass in [Kilogram] :
= [Farad][Meter^2][Tesla^2] =FradM2trT2la
= (capacitance) X (length^2) X {(magnetic flux density)^2}
= (permittivity) X (length^3) X {(magnetic flux density)^2}
as in [Me] = {[4Pi][k]}{[a0]^3}{[B0]^2} = {[a0]^3}{[B0]^2}/[Ke]
= [Tesla^2][Coulomb^2][Meter^2]/[Joule] =C2uljuulM2trT2la
= {(magnetic flux density)^2} X (charge^2) X (length^2) / (energy)
as in [Me] = {[B0]^2}[18P] = {[B0]^2}{[Q0]^2}{[a0]^2}/[He]
= [Coulomb^2][Henry]/[Meter^2] =C2ulHnrym2tr
= (charge^2) X (inductance) / (length^2)
= (charge^2) X (permeability) / (length)
as in [Me] = {[Q0]^2}[d]/([4Pi]{[aa]^2}[a0])
= [Coulomb^2][Second^2]/([Meter^2][Farad]) =C2ulfradm2trS2nd
= (charge^2) X [{(time) / (length)}^2] / (capacitance)
= (charge^2) / {(permittivity) X (length) X (velocity^2)}
as in [Me] = {[Q0]^2}/([4Pi][k][a0]{[v0]^2})
= [Ampere^2][Ohm][Second^3]/[Meter^2] =A2prOhmmm2trS3nd
= (current^2) X (resistance) X (time^3) / (length^2)
= (current^2) X (resistance) / {(frequency) X (velocity^2)}
as in [Me] = {[i0]^2}[RK]/([2af]{[v0]^2}[2Pi])
= [Coulomb][Second][Tesla] =CuulScndTsla
= (charge) X (magnetic flux density) / (frequency)
as in [Me] = [Q0][B0]/[2af]
= [Weber^2][Farad]/[Meter^2] =FradW2brm2tr
= {(magnetic flux)^2} X (capacitance) / (length^2)
= {(magnetic flux)^2} X (permittivity) / (length)
as in [Me] = {[w0]^2}/({[Pi]^2}[Ke][a0])
=================================++============ ==== ==== ==== =====
For a term of form: [MASS^x][LENGTH^y][TIME^z]{([Meter]/[Farad])^s}:
ENTRY has dimensions: x y z s
=================================++============ ==== ==== ==== =====
AUN: Atomic unit of PUN: Planck unit of * = factor of rotation?
[2Pi]= 2 times [Pi] 0 0 0 0*
[4Pi]= 4 times [Pi] 0 0 0 0*
[18P]=AUN electric Polarizability C2uljuulM2tr 0 3 0 -1
[19H]=AUN 1st Hyperpolarizability C3ulj2ulM3tr -1/2 3/2 1 -3/2
[20H]=AUN 2nd Hyperpolarizability C4ulj3ulM4tr -1 4 2 -2
[23M]=AUN magnetizability Juult2la 0 5 -2 -1*
[29H]=[H0][[4Pi]{[aa]^2} Amprmetr 1/2 1/2 -2 -1/2*
[36d]={[v0]^2}/[Ke] =[4Pi]{[aa]^2}/[d] hnryMetr 0 2 -2 -1*
[43P]={4 times [Pi]}/3 0 0 0 0*
[2af]=[2Pi][f0] = AUN frequency Hrtz=scnd 0 0 -1 0
[a ] =Acceleration H2tzMetr 0 1 -2 0
[a0] =AUN length = Bohr atom radius Metr 0 1 0 0
[A ] =Area M2tr 0 2 0 0
[A0] =AUN area = [4Pi]{[a0]^2} M2tr 0 2 0 0*
[aa] =Fine structure constant 0 0 0 0
[aBH]=PUN acceleration = [FBH]/[PM] H2tzMetr 0 1 -2 0
[aD] =Absorbed dose Gryy=Juulkgrm 0 2 -2 0
[ae] =AUN acceleration = [Fe]/[Me] Metrs2nd 0 1 -2 0
[amu]=Atomic mass unit = [10^-26.7797510 Kgrm] 1 0 0 0
[An] =Avagadro constant molecules/[Mool] 0 0 0 0
[aR] =Absorbed dose rate Gryyscnd 0 2 -3 0
[b ] =Mass frequency Kgrmscnd 1 0 -1 0
[b0] =AUN mass frequency Kgrmscnd 1 0 -1 0
[B ] =Magnetic flux density Tsla=m2trWebr 1/2 -3/2 0 1/2*
[B0] =AUN magnetic flux density Tsla 1/2 -3/2 0 1/2*
[BHR]=[G]/[c^2] kgrmMetr -1 1 0 0
[Bk] =Boltzmann constant degkJuul 1 2 -2 0
[Bm] =Bohr Magneton AmprM2tr 1/2 7/2 -2 -1/2*
[c ] =Speed of light in vacuum HrtzMetr 0 1 -1 0
[c^2]=[c] times [c] H2tzM2tr 0 2 -2 0
[C ] =Capacitance Frad=Cuulvltt 0 1 0 -1
[C0] =AUN capacitance Frad=Cuulvltt 0 1 0 -1
[Cm] =Compressibility = {[Vm]/[Pr]}/[Vm] pscl -1 1 2 0
[Cn] =Conductance Smns=ohmm 0 1 -1 -1
[cQ] =Circulation quantum HrtzM2tr 0 2 -1 0*
[Ct] =Conductivity metrSmns 0 0 -1 -1
[Cw] =Compton wavelength Metr 0 1 0 0
[d ] =Magnetic constant, permeability Hnrymetr 0 -2 2 1*
[D ] =Mass density Kgrmm3tr 1 -3 0 0
[dd] =Gravitomagnetic permeability kgrmMetr -1 1 0 0*
[De] =Dose equivalent Svrt=Juulkgrm 0 2 -2 0
[Dp] =[Mp]/([4/3][Pi]{[Rp]^3}) Kgrmm3tr 1 -3 0 0
[DQ] =[Me]/([4/3][Pi]{[Re]^3}) Kgrmm3tr 1 -3 0 0
[e ] =Energy, work, heat Juul=MetrNwtn 1 2 -2 0
[E ] =Electric field strength metrVltt 1/2 -1/2 -1 1/2
[E0] =AUN electric field strength metrVltt 1/2 -1/2 -1 1/2
[eD] =Energy density Juulm3tr 1 -1 -2 0
[Ed] =Electric flux density Cuulm2tr 1/2 -1/2 -1 -1/2
[Ef] =Electric flux Cuul 1/2 3/2 -1 -1/2
[Eg] =Electric field gradient m2trVltt 1/2 -3/2 -1 1/2
[Eg0]=AUN electric field gradient m2trVltt 1/2 -3/2 -1 1/2
[Ep] =Electric polarization metrVltt 1/2 -1/2 -1 1/2
[eS] =Specific energy Juulkgrm 0 2 -2 0
[eV] =Electron-volt = [10^-18.7952897 Juul] 1 2 -2 0
[Ex] =Radiation exposure Cuulkgrm -1/2 3/2 -1 -1/2
[f ] =Frequency Hrtz=scnd 0 0 -1 0
[f0] =Bohr electron orbital frequency Hrtz 0 0 -1 0
[F ] =Force Nwtn 1 1 -2 0
[FBH]=PUN force = [G]{[PM]^2}/{[PL]^2} Nwtn 1 1 -2 0
[Fe] =AUN force = [Ke]{[Q0]^2}/{[a0]^2} Nwtn 1 1 -2 0
[Fg] =[G][Me][Mp]/{[a0]^2} Nwtn 1 1 -2 0
[Fge]=[G]{[Me]^2}/{[a0]^2} Nwtn 1 1 -2 0
[Fgp]=[G]{[Mp]^2}/{[a0]^2} Nwtn 1 1 -2 0
[FPC]=[d]{[PC]^2} Nwtn 1 1 -2 0
[FPQ]=[Ke]{[PQ]^2}/{[PL]^2} Nwtn 1 1 -2 0
[FPX]=[Ke]{[PX]^2}/{[PL]^2} Nwtn 1 1 -2 0
[g ] =Earth acceleration of gravity kgrmNwtn 0 1 -2 0
[G ] =Gravitational constant k2rmM2trNwtn -1 3 -2 0
[G0] =Conductance quantum Smns=ohmm 0 1 -1 -1
[Gev]= [10^9 eV] = [10^-9.7952897 Juul] 1 2 -2 0
[Gy] =Gyromagnetic ratio Hrtztsla=Cuulkgrm -1/2 3/2 -1 -1/2*
[Gye]=Gyromagnetic ratio of electron Cuulkgrm -1/2 3/2 -1 -1/2*
[Gyn]=Gyromagnetic ratio of neutron Cuulkgrm -1/2 3/2 -1 -1/2*
[Gyp]=Gyromagnetic ratio of proton Cuulkgrm -1/2 3/2 -1 -1/2*
[h ] =Planck constant hrtzJuul 1 2 -1 0
[H ] =Magnetic field strength Amprmetr 1/2 1/2 -2 -1/2*
[H0] =AUN mag field strngth =[B0]/[d] Amprmetr 1/2 1/2 -2 -1/2*
[hB] =PUN & AUN action = [h]/[2Pi] hrtzJuul 1 2 -1 0
[hBc]=[hB] times [c] JuulMetr 1 3 -2 0
[He] =AUN energy Juul 1 2 -2 0
[Hu] =Hubble constant Hrtz 0 0 -1 0
[i ] =Current Ampr=CuulHrtz 1/2 3/2 -2 -1/2
[i0] =AUN current Ampr 1/2 3/2 -2 -1/2
[I ] =Inductance Hnry=amprWebr 0 -1 2 1*
[I0] =AUN inductance Hnry=amprWebr 0 -1 2 1*
[Im] =Impulse HrtzKgrmMetr 1 1 -1 0
[Ir] =Irradiance m2trWaat 1 0 -3 0
[j ] =Current density Amprm2tr 1/2 -1/2 -2 -1/2
[Jf] =Josephson constant Hrtzvltt=webr -1/2 -1/2 0 -1/2*
[k ] =Electric constant, permittivity Fradmetr 0 0 0 -1*
[Ke] =Coulumb constant = 1/{4[Pi][k]} fradMetr 0 0 0 1*
[Kev]= [10^3 eV] = [10^-15.7952897 Juul] 1 2 -2 0
[kk]=Gravitoelectric permittivity K2rmm2trnwtn 1 -3 2 0
[Kv] =Kinematic viscosity HrtzM2tr 0 2 -1 0
[L ] =Length Metr 0 1 0 0
[Lcn]=Loschmidt constant m3tr 0 -3 0 0
[m ] =Magnetization Amprmetr 1/2 1/2 -2 -1/2*
[M ] =Mass Kgrm 1 0 0 0
[Ma] =Mass of alpha particle Kgrm 1 0 0 0
[Md] =Mass of deuteron Kgrm 1 0 0 0
[Me] =AUN mass = Mass of electron Kgrm 1 0 0 0
[Mev]= [10^6 eV] = [10^-12.7952897 Juul] 1 2 -2 0
[Mh] =Mass of helion Kgrm 1 0 0 0
[mI] =Moment of inertia KgrmM2tr 1 2 0 0
[Mm] =Mass of muon Kgrm 1 0 0 0
[mma]=Electron magnetic moment anomaly 0 0 0 0
[Mn] =Mass of neutron Kgrm 1 0 0 0
[Mp] =Mass of proton Kgrm 1 0 0 0
[Mt] =Mass of tau particle Kgrm 1 0 0 0
[Mtt]=Mass of triton Kgrm 1 0 0 0
[N ] =Wave number metr 0 -1 0 0
[Nm] =Nuclear magneton Juultsla 1/2 7/2 -2 -1/2*
[O ] =Origin 0 0 0 0
[p ] =Momentum HrtzKgrmMetr 1 1 -1 0
[p0] =AUN Momentum HrtzKgrmMetr 1 1 -1 0
[P18]=PUN electric Polarizability C2uljuulM2tr 0 3 0 -1
[P19]=PUN 1st Hyperpolarizability C3ulj2ulM3tr -1/2 3/2 1 -3/2
[P20]=PUN 2nd Hyperpolarizability C4ulj3ulM4tr -1 4 2 -2
[P23]=PUN magnetizability Juult2la 0 5 -2 -1*
[PA] =Planck area = [4Pi]{[PL]^2} M2tr 0 2 0 0
[PB] =PUN magnetic flux density Tsla 1/2 -3/2 0 1/2*
[PC] =PUN current Ampr 1/2 3/2 -2 -1/2
[PcQ]=PUN circulation HrtzM2tr 0 2 -1 0*
[PCA]=PUN capacitance Frad=Cuulvltt 0 1 0 -1
[PE] =PUN energy Juul 1 2 -2 0
[PE0]=PUN electric field strength metrVltt 1/2 -1/2 -1 1/2
[PEg]=PUN electric field gradient m2trVltt 1/2 -3/2 -1 1/2
[Pf] =PUN frequency Hrtz=scnd 0 0 -1 0
[phi]=Natural proportion constant 0 0 0 0
[PH0]=PUN mag field strngth =[PB]/[d] Amprmetr 1/2 1/2 -2 -1/2*
[Pi] =Circle circumference to diameter ratio 0 0 0 0*
[PI0]=PUN inductance Hnry=amprWebr 0 -1 2 1*
[PJf]=PUN Josephson constant Hrtzvltt=webr -1/2 -1/2 0 -1/2*
[PK] =PUN temperature Degk 0 0 0 0
[PL] =PUN length Metr 0 1 0 0
[PM] =PUN mass Kgrm 1 0 0 0
[PMf]=PUN Mass frequency HrtzKgrm 1 0 -1 0
[Pp] =PUN momentum HrtzKgrmMetr 1 1 -1 0
[PPw]=PUN power Waat 1 2 -3 0
[PQ] =GDA PUN charge = {[hB][c][k]}^.5 Cuul 1/2 3/2 -1 -1/2
[PQ]^2 = [hB][c][k] = {[PX]^2}/[4Pi] C2ul 1 3 -2 -1
[PQD]=PUN charge density Cuulm3tr 1/2 -3/2 -1 -1/2
[PQM]=PUN specific charge = [PQ]/[PM] Cuulkgrm -1/2 3/2 -1 -1/2
[PQq]=PUN electric dipole moment CuulMetr 1/2 5/2 -1 -1/2
[PQQ]=PUN electric quadrapole moment CuulM2tr 1/2 7/2 -1 -1/2
[Pr] =Pressure, stress Pscl=m2trNwtn 1 -1 -2 0
[PRL]=[2Pi][PL] Metr 0 1 0 0*
[PT] =PUN time Scnd=hrtz 0 0 1 0
[PT0]=PUN electric potential Vltt=amprWaat 1/2 1/2 -1 1/2
[Pu0]=PUN mag moment = [PC]{[PL]^2} AmprM2tr 1/2 7/2 -2 -1/2*
[PV] =PUN volume = {[4Pi]/3}{[PL]^3} M3tr 0 3 0 0*
[Pw] =Power Waat=HrtzJuul 1 2 -3 0
[Pw0]=AUN power Waat=HrtzJuul 1 2 -3 0
[Pww]=PUN magnetic flux Webr 1/2 1/2 0 1/2*
[PX] =Popular PUN charge Cuul 1/2 3/2 -1 -1/2
[PX]^2 = [hB][c]/[Ke] = [4Pi]{[PQ]^2} C2ul 1 3 -2 -1
[q ] =Electric dipole moment CuulMetr 1/2 5/2 -1 -1/2
[q0] =AUN electric dipole moment CuulMetr 1/2 5/2 -1 -1/2
[Q ] =Charge Cuul=Amprhrtz 1/2 3/2 -1 -1/2
[Q0] =AUN charge Cuul 1/2 3/2 -1 -1/2
[qD] =Electric quadrapole moment CuulM2tr 1/2 7/2 -1 -1/2
[qD0]=AUN electric quadrapole moment CuulM2tr 1/2 7/2 -1 -1/2
[QD] =Charge density Cuulm3tr 1/2 -3/2 -1 -1/2
[QD0]=AUN charge density Cuulm3tr 1/2 -3/2 -1 -1/2
[Q/M]=Specfic Charge Cuulkgrm -1/2 3/2 -1 -1/2
[QeM]=AUN specific charge = [Q0]/[Me] Cuulkgrm -1/2 3/2 -1 -1/2
[r ] =Resistivity MetrOhmm 0 0 1 1
[R ] =Resistance Ohmm=amprVltt 0 -1 1 1
[Ra] =Radionuclide activity Bqrl=Hrtz=scnd 0 0 -1 0
[Rc] =Rydberg constant metr 0 -1 0 0
[Re] =Classical electron radius Metr 0 1 0 0
[Rgc]=Molar gas constant degkJuulmool 1 2 -2 0
[RK] =von Klitzing constant Ohmm=smns 0 -1 1 1
[Rn] =Neutron Compton wavelength Metr 0 1 0 0
[Rp] =Proton Compton wavelength Metr 0 1 0 0
[Rrd]=Deuteron rms charge radius Metr 0 1 0 0
[Rrp]=Proton rms charge radius Metr 0 1 0 0
[S ] =Poynting vector m2trWaat 1 0 -3 0
[SBc]=Stefan Boltzmann constant d4gKm2trWaat 1 0 -3 0
[SiY]=Seconds in 1 year = 60x60x24x365.25 hrtz 0 0 1 0
[St] =Surface tension Juulm2tr 1 0 -2 0
[T ] =Time htz=Scnd 0 0 1 0
[Tc] =Thompson cross section M2tr 0 2 0 0
[Tev]= [10^12 eV] = [10^-6.7952897 Juul] 1 2 -2 0
[Tp] =Proton characteristic time hrtz=Scnd 0 0 1 0
[Tr] =Torque MetrNwtn 1 2 -2 0*
[u ] =Magnetic dipole moment Juultsla=AmprM2tr 1/2 7/2 -2 -1/2*
[u0] =AUN magnetic dipole moment AmprM2tr 1/2 7/2 -2 -1/2*
[ud] =Deuteron magnetic moment AmprM2tr 1/2 7/2 -2 -1/2*
[ue] =Electron magnetic moment AmprM2tr 1/2 7/2 -2 -1/2*
[uh] =Helion magnetic moment AmprM2tr 1/2 7/2 -2 -1/2*
[um] =Muon magnetic moment AmprM2tr 1/2 7/2 -2 -1/2*
[un] =Neutron magnetic moment AmprM2tr 1/2 7/2 -2 -1/2*
[up] =Proton magnetic moment AmprM2tr 1/2 7/2 -2 -1/2*
[utt]=Triton magnetic moment AmprM2tr 1/2 7/2 -2 -1/2*
[v ] =Velocity HrtzMetr 0 1 -1 0
[v0] =AUN velocity HrtzMetr 0 1 -1 0
[V ] =Volume M3tr 0 3 0 0
[V0] =GDA AUN volume = {[4Pi]/3}{[a0]^3} M3tr 0 3 0 0*
[Vi] =Dynamic viscosity hrtzm2trNwtn 1 -1 -1 0
[Vmi]=Ideal gas molar volume M3trmool 0 3 0 0*
[vT] =Electric potential Vltt=Cuulfrad 1/2 1/2 -1 1/2
[vT0]=AUN electric potential Vltt=amprWaat 1/2 1/2 -1 1/2
[V]/[M]=Specific volume kgrmM3tr -1 3 0 0*
[w ] =Magnetic flux Webr=hrtzVltt 1/2 1/2 0 1/2*
[w0] =Magnetic flux quantum Webr 1/2 1/2 0 1/2*
[Y ] =Angular momentum HrtzKgrmM2tr 1 2 -1 0*
[z ] =Impedance Ohmm=smns 0 -1 1 1
[z0] =Intrinsic vacuum impedance Ohmm=smns 0 -1 1 1
[zz] =Gravitational impedance HrtzkgrmM2tr -1 2 -1 0
=================================++=================================
By June, 2017 CODATA 2014 Values here is the power of ten value for:
[2] + 0.3010300 [3] + 0.4771213 [4] + 0.6020600 [8] + 0.9030900
[Pi] + 0.4971499 [2Pi]+ 0.7981799 [4Pi]+ 1.0992099 [8Pi]+ 1.4002399
[18P]-40.7828380 [Fge]-49.7026838 [Nm] -26.2966412 [Pw0]- 0.7441541
[19H]-52.4939876 [Fgp]-43.1748662 [p0] -23.7005250 [Pww]-15.7004466
[20H]-64.2051371 [FPC]+44.0817422 [P18]-115.4256195[PX] -17.7268723
[23M]-28.1028659 [FPQ]+42.9825322 [P19]-177.7838390[q0] -29.0716885
[29H]+ 8.0974941 [FPX]+44.0817422 [P20]-240.1420585[Q0] -18.7952896
[36d]+ 2.7263307 [g ] + 0.9915207 [P23]-98.4719780 [qD0]-39.3480873
[2af]+16.6163849 [G ] -10.1744595 [PA] -68.4826355 [QD0]+12.0339070
[a0] -10.2763989 [G0] - 4.1108052 [PB] +53.8813988 [QeM]+11.2452214
[A0] -19.4535879 [Gye]+11.2457247 [PC] +24.9912662 [Rc] + 7.0403543
[aa] - 2.1368347 [Gyn]+ 8.2630373 [PCA]-45.8437740 [Re] -14.5500682
[aBH]+51.7445641 [Gyp]+ 8.4273598 [PcQ]-26.3141020 [Rgc]+ 0.9198340
[ae] +22.9563709 [h ] -33.1787440 [PE] + 9.2908195 [RK] + 4.4118352
[amu]-26.7797509 [H0] +11.2719536 [PE0]+62.3582195 [Rn] -14.8795607
[An] +23.7797509 [hB] -33.9769238 [PEg]+97.1491421 [Rp] -14.8789625
[B0] + 5.3711635 [hBc]-25.5001032 [Pf] +43.2677434 [Rrd]-14.6693225
[BHR]-27.1281008 [He] -17.3605389 [PH0]+59.7821889 [Rrp]-15.0579423
[Bk] -22.8599169 [Hu] -17.6028630 [phi]+ 0.2089876 [SBc] -7.2463888
[Bm] -23.0327324 [i0] - 2.1789047 [PI0]-40.6917128 [Tc] -28.1770178
[c ] + 8.4768207 [I0] -13.0027295 [PJf]+15.7004466 [Tp] -23.3557831
[c^2]+16.9536414 [Jf] +14.6844844 [PK] +32.1507363 [u0] -22.7317024
[C0] -20.2300403 [k ] -11.0528513 [PL] -34.7909227 [ud] -26.3634384
[cQ] - 3.4392630 [Ke] + 9.9536414 [PM] - 7.6628219 [ue] -23.0322291
[Cw] -11.6150537 [kk] + 9.0752495 [PMf]+35.6049215 [uh] -25.9687461
[d ] - 5.9007901 [Ma] -26.1775274 [Pp] + 0.8139988 [um] -25.3477103
[dd] -26.0288910 [Md] -26.4757878 [PPw]+52.5585629 [un] -26.0149166
[Dp] +17.2381966 [Me] -30.0405110 [PQ] -18.2764773 [up] -25.8505940
[DQ] +12.9876048 [Mh] -26.3004734 [PQD]+86.0962908 [utt]-25.8225762
[E0] +11.7111495 [Mm] -27.7250271 [PQM]-10.6136554 [v0] + 6.3399860
[Eg0]+21.9875484 [mma]- 2.9356723 [PQq]-53.0674000 [V0] -30.2071080
[f0] +15.8182050 [Mn] -26.7760040 [PQQ]-87.8583227 [vT0]+ 1.4347507
[FBH]+44.0817422 [Mp] -26.7766022 [PT0]+27.5672968 [w0] -14.6844844
[Fe] - 7.0841401 [Mt] -26.4992875 [Pu0]-44.5905793 [z0] + 2.5760306
[Fg] -46.4387750 [Mtt]-26.3003915 [PV]-103.7506794 [zz] -17.5520703
=================================++=================================
via http://physics.nist.gov/constants :
