True Electric current A A EC Electric current area m^2*A T/J=A*m^2 EC_L2 Electric current per length m^-1*A A/m EC_PER_L Electric current per area m^-2*A A/m^2 EC_PER_L2 Electric current per area temperature squared m^-2*A*K^-2 A/(m^2*K^2) EC_PER_L2_K2 Electric current per mass kg^-1*A A/kg EC_PER_M Temperature K K K Temperature per length m^-1*K K/m K_PER_L Length m m L Length temperature m*K m*K L_K Length per mass kg^-1*m m/kg L_PER_M Length per plane angle m*rad^-1 m/rad L_PER_PA Length per time m*s^-1 m/s L_PER_T Length per time temperature m*s^-1*K^-1 in/(hr*F) L_PER_T_K Length per time squared m*s^-2 m/s^2 L_PER_T2 Length time electric charge m*s*A C*m L_T_EC Length time squared per mass kg^-1*m*s^2 1/Pa=m^2/N L_T2_PER_M Area m^2 m^2 L2 Angular area per mass kg^-1*m^2*rad (rad*m^2)/kg L2_PA_PER_M Angular area per mole m^2*mol^-1*rad (rad*m^2)/mol L2_PA_PER_MOL Area per mass kg^-1*m^2 m^2/kg L2_PER_M Area per mole m^2*mol^-1 m^2/mol L2_PER_MOL Angular area m^2*sr^-1 m^2/sr L2_PER_SA Area per time m^2*s^-1 m^2/s L2_PER_T Area per time squared m^2*s^-2 J/kg=m^2/s^2 L2_PER_T2 Area per time squared temperature m^2*s^-2*K^-1 J/(kg*K)=m^2/(s^2*K) L2_PER_T2_K Area per time cubed m^2*s^-3 m^2/s^3 L2_PER_T3 Volume m^3 m^3 L3 Volume per mass kg^-1*m^3 m^3/kg L3_PER_M Molar volume m^3*mol^-1 m^3/mol L3_PER_MOL Volume per time m^3*s^-1 m^3/s L3_PER_T Volume per electric charge m^3*s^-1*A^-1 m^3/C L3_PER_T_EC Quartic length m^4 m^4 L4 Quartic length per time squared m^4*s^-2 m^4/s^2 L4_PER_T2 Length to the sixth power m^6 m^6 L6 Luminous flux cd*sr lm=cd*sr LF Luminous flux per area m^-2*cd*sr lm/m^2 LF_PER_L2 Luminous intensity cd cd LI Luminous intensity per area m^-2*cd cd/m^2 LI_PER_L2 Mass kg kg M Mass length per time kg*m*s^-1 N*s=(kg*m)/s M_L_PER_T Mass length per time squared kg*m*s^-2 N M_L_PER_T2 Mass length per time squared electric current kg*m*s^-2*A^-1 Wb/m M_L_PER_T2_EC Mass length per time squared electric current squared kg*m*s^-2*A^-2 H/m M_L_PER_T2_EC2 Mass length per time squared plane angle kg*m*s^-2*rad^-1 N*m/m M_L_PER_T2_PA Mass length per time cubed kg*m*s^-3 W/m=J/(s*m)=N/s=(kg*m)/s^3 M_L_PER_T3 Mass length per time cubed electric current kg*m*s^-3*A^-1 V/m M_L_PER_T3_EC Mass length per time cubed electric current squared kg*m*s^-3*A^-2 ?/m M_L_PER_T3_EC2 Mass length per time cubed temperature kg*m*s^-3*K^-1 k=W/(m*K) M_L_PER_T3_K Mass area kg*m^2 kg*m^2 M_L2 Mass area per time kg*m^2*s^-1 N*m*s M_L2_PER_T Mass area per time squared kg*m^2*s^-2 J=N*m M_L2_PER_T2 Mass area per time squared electric current kg*m^2*s^-2*A^-1 Wb=V*s M_L2_PER_T2_EC Mass area per time squared electric current squared kg*m^2*s^-2*A^-2 H=Wb/A M_L2_PER_T2_EC2 Mass area per time squared temperature kg*m^2*s^-2*K^-1 J/K M_L2_PER_T2_K Mass area per time squared temperature mole kg*m^2*s^-2*K^-1*mol^-1 J/(mol*K) M_L2_PER_T2_K_MOL Mass area per time squared mole kg*m^2*s^-2*mol^-1 J/mol=(N*m)/mol M_L2_PER_T2_MOL Mass area per time squared plane angle kg*m^2*s^-2*rad^-1 N*m/rad M_L2_PER_T2_PA Mass area per time cubed kg*m^2*s^-3 W=J/s M_L2_PER_T3 Mass area per time cubed electric current kg*m^2*s^-3*A^-1 V=W/A M_L2_PER_T3_EC Mass area per time cubed electric current temperature kg*m^2*s^-3*A^-1*K^-1 V/K M_L2_PER_T3_EC_K Mass area per time cubed electric current squared kg*m^2*s^-3*A^-2 ?=V/A M_L2_PER_T3_EC2 Mass area per time cubed temperature kg*m^2*s^-3*K^-1 W/K M_L2_PER_T3_K Mass area per time cubed solid angle kg*m^2*s^-3*sr^-1 W/sr M_L2_PER_T3_SA Mass area per quartic time kg*m^2*s^-4 W/s M_L2_PER_T4 Mass volume per time squared kg*m^3*s^-2 N*m^2=(kg*m^3)/s^2 M_L3_PER_T2 Mass volume per time cubed electric current squared kg*m^3*s^-3*A^-2 ?*m M_L3_PER_T3_EC2 Mass quartic length per time squared kg*m^4*s^-2 J*m^2 M_L4_PER_T2 Mass quartic length per time cubed kg*m^4*s^-3 W*m^2=(kg*m^4)/s^3 M_L4_PER_T3 Lenic mass kg*m^-1 kg/m M_PER_L Mass per length time kg*m^-1*s^-1 Pa*s=(N*s)/m^2 M_PER_L_T Mass per length time squared kg*m^-1*s^-2 Pa=J/m^3=N/m^2 M_PER_L_T2 Mass per length time squared temperature kg*m^-1*s^-2*K^-1 Pa/K=N/(m^2*K) M_PER_L_T2_K Mass per length time cubed W/m^3=J/(s*m^3)=N/(s*m^2)=kg/(m*s^3) kg*m^-1*s^-3 M_PER_L_T3 Mass per area kg*m^-2 kg/m^2 M_PER_L2 Mass per area time kg*m^-2*s^-1 Z=(N*s)/m^3 M_PER_L2_T Mass per area time squared kg*m^-2*s^-2 N/m^3 M_PER_L2_T2 Mass per volume kg*m^-3 kg/m^3 M_PER_L3 Mass per quartic length time kg*m^-4*s^-1 (Pa*s)/m^3 M_PER_L4_T Molar mass kg*mol^-1 kg/mol M_PER_MOL Mass per time kg*s^-1 kg/s M_PER_T Mass per time squared kg*s^-2 N/m=dyne/m=J/m^2 M_PER_T2 Mass per time squared electric current kg*s^-2*A^-1 T=Wb/m^2 M_PER_T2_EC Mass per time cubed kg*s^-3 W/m^2 M_PER_T3 Mass per time cubed temperature kg*s^-3*K^-1 W/(m^2*K) M_PER_T3_K Mass per time cubed solid angle kg*s^-3*sr^-1 W/(sr*m^2) M_PER_T3_SA Mass squared quartic length per time to the sixth electric current squared temperature squared kg^2*m^4*s^-6*A^-2*K^-2 V^2/K^2 M2_L4_PER_T6_EC2_K2 Amount of substance mol mol MOL Mole per volume m^-3*mol mol/m^3 MOL_PER_L3 Mole per mass kg^-1*mol mol/kg MOL_PER_M Mole per time s^-1*mol s^-1*mol MOL_PER_T Dimensionless one one ONE Reciprocal temperature K^-1 1/K ONE_PER_K Reciprocal length m^-1 1/m ONE_PER_L Reciprocal area m^-2 1/m^2 ONE_PER_L2 Reciprocal area time m^-2*s^-1 1/(m^2*s) ONE_PER_L2_T Reciprocal angular area time m^-2*s^-1*sr^-1 1/(s*sr*m^2) ONE_PER_L2_T_SA Reciprocal volume m^-3 1/m^3 ONE_PER_L3 Reciprocal volume time m^-3*s^-1 Bq/m^3=1/(m^3*s) ONE_PER_L3_T Reciprocal mass kg^-1 1/kg ONE_PER_M Reciprocal time s^-1 1/s ONE_PER_T Reciprocal time mass kg^-1*s^-1 Bq/kg=1/(s*kg) ONE_PER_T_M Reciprocal time solid angle s^-1*sr^-1 1/(s*sr) ONE_PER_T_SA Plane angle m*m^-1 m/m PA Plane angle per length m^-1*rad rad/m PA_PER_L Plane angle per time s^-1*rad rad/s PA_PER_T Plane angle per time squared s^-2*rad rad/s^2 PA_PER_T2 Cube root length per time m^(1/3)/s m^(1/3)/s QBRT_L_PER_T Solid angle m^2*m^-2 m^2/m^2 SA Square root length per time m^0.5/s m^0.5/s SQRT_L_PER_T Square root length to the seventh power per square root mass kg^-0.5*m^3.5 (m^3/s)/sqrt(Pa)=m^3.5/kg^0.5 SQRT_L7_PER_SQRT_M Time s s T Electric charge s*A s*A T_EC Electric charge per length squared m^-2*s*A (A*s)/m^2 T_EC_PER_L2 Electric charge per volume m^-3*s*A C/m^3 T_EC_PER_L3 Time electric current per mass kg^-1*s*A C/kg T_EC_PER_M Electric charge per mole s*A*mol^-1 C/mol T_EC_PER_MOL Quantity of light s*cd*sr lm*s=cd*s*sr T_LF Quantity of light per area m^-2*s*cd*sr lx*s=(cd*s)/m^2 T_LF_PER_L2 Time per angular volume m^-3*s*rad^-1 s/(rad*m^3) T_PER_L3_PA Time squared electric current per mass kg^-1*s^2*A (s^2*A)/kg T2_EC_PER_M Time squared electric current squared per mass area kg^-1*m^-2*s^2*A^2 1/H=A/Wb T2_EC2_PER_M_L2 Time squared per length squared m^-2*s^2 kg/(W*s) = kg/(((kg*m^2)/s^3))*s) = s^2/m^2 T2_PER_L2 Time squared per mass kg^-1*s^2 m^2/J=s^2/kg T2_PER_M Time squared per mass area kg^-1*m^-2*s^2 1/J=s^2/(kg*m^2) T2_PER_M_L2 Time squared per mass length to the fifth kg^-1*m^-5*s^2 1/(J*m^3) T2_PER_M_L5 Time squared per mass solid angle kg^-1*s^2*sr^-1 m^2/(sr*J)=s^2/(kg*sr) T2_PER_M_SA Time cubed electric current squared per mass area kg^-1*m^-2*s^3*A^2 S=1/? T3_EC2_PER_M_L2 Time cubed electric current squared per mass volume kg^-1*m^-3*s^3*A^2 S/m=1/(?*m) T3_EC2_PER_M_L3 Time cubed electric current squared per mass mole kg^-1*s^3*A^2*mol^-1 (S*m^2)/mol T3_EC2_PER_M_MOL Time cubed temperature per mass kg^-1*s^3*K (m^2*K)/W T3_K_PER_M Time cubed temperature per mass area kg^-1*m^-2*s^3*K K/W T3_K_PER_M_L2 Time cubed luminous flux per mass area kg^-1*m^-2*s^3*cd*sr lm/W T3_LF_PER_M_L2 Time cubed per mass area kg^-1*m^-2*s^3 1/W=s^3/(kg*m^2) T3_PER_M_L2 Quartic time electric current squared per mass kg^-1*s^4*A^2 (C*m^2)/V T4_EC2_PER_M Quartic time electric current squared per mass area kg^-1*m^-2*s^4*A^2 F=C/V T4_EC2_PER_M_L2 Quartic time electric current squared per mass volume kg^-1*m^-3*s^4*A^2 F/m T4_EC2_PER_M_L3