Amount Of Substance | N |
---|---|
Electric Current | I |
Length | L |
Luminous Intensity | J |
Temperature | Θ |
Duration | T |
Mass | M |
Angular Measure | 1 |
Area | L2 |
Speed | LT-1 |
Volume | L3 |
Acceleration | LT-2 |
Angular Acceleration | T-2 |
Angular Velocity | T-1 |
Bending Moment Of Force | L2MT-2 |
Capacitance | L-2M-1T4I2 |
Damping Coefficient | T-1 |
Diffusion Coefficient | L2T-1 |
Energy | L2MT-2 |
Energy Density | L-1MT-2 |
Force | LMT-2 |
Fracture Toughness | L-0.5MT-2 |
Frequency | T-1 |
Gravitational Potential | L2T-2 |
Momentum | LMT-1 |
Power | L2MT-3 |
Specific Energy | L2T-2 |
Wavenumber | L-1 |
Wavelength | L |
Electric Charge | TI |
Electrical Conductance | L-2M-1T3I2 |
Electrical Conductivity | L-3M-1T3I2 |
Electric Field Strength | LMT-3I-1 |
Electric Potential | L2MT-3I-1 |
Electrical Resistance | L2MT-3I-2 |
Electrical Resistivity | L3MT-3I-2 |
Inductance | L2MT-2I-2 |
Linear Density Of Electric Charge | L-1TI |
Linear Electric Current Density | L-1I |
Surface Charge Density | L-2TI |
Electric Charge Density | L-3TI |
Magnetic Field Strength | L-1I |
Magnetic Flux | L2MT-2I-1 |
Magnetic Flux Density | MT-2I-1 |
Magnetic Moment | L2I |
Magnetic Permeability | LMT-2I-2 |
Magnetic Susceptibility | 1 |
Magnetomotive Force | I |
Angular Frequency | T-1 |
Angular Momentum | L2MT-1 |
Linear Expansion Coefficient | Θ-1 |
Density | L-3M |
Moment Of Force | L2MT-2 |
Moment Of Inertia | L2M |
Specific Volume | L3M-1 |
Torque | L2MT-2 |
Vorticity | T-1 |
Bit Rate | T-1 |
Storage Capacity | 1 |
Data Transfer Rate | T-1 |
Illuminance | L-2J |
Luminance | L-2J |
Luminous Efficacy Of Radiation | L-2M-1T3J |
Luminous Flux | J |
Density Of Heat Flow Rate | MT-3 |
Heat Transfer Coefficient | MT-3Θ-1 |
Latent Heat | L2MT-2 |
Specific Heat Capacity | L2T-2Θ-1 |
Temperature Difference | Θ |
Thermal Conductance | L2MT-3Θ-1 |
Thermal Conductivity | LMT-3Θ-1 |
Thermal Diffusivity | L2T-1 |
Thermal Resistance | L-2M-1T3Θ |
Salinity | 1 |
Dynamic Viscosity | L-1MT-1 |
Kinematic Viscosity | L2T-1 |
Mass Concentration | L-3M |
Mass Fraction | 1 |
Mass Flow Rate | MT-1 |
Mass Flow | L-2MT-1 |
Molar Concentration | L-3N |
Permeance | L2MT-2I-2 |
Surface Tension | MT-2 |
Volume Flow Rate | L3T-1 |
Absorbed Dose | L2T-2 |
Exposure | M-1TI |
Chemical Affinity | L2MT-2N-1 |
pH | 1 |
Entropy | L2MT-2Θ-1 |
Dose Equivalent | L2T-2 |
Molality | M-1N |
Molar Conductivity | M-1T3I2N-1 |
Molar Enthalpy | L2MT-2N-1 |
Polarizability | M-1T4I2 |
Reaction Rate | L-3T-1N |
Specific Entropy | L2T-2Θ-1 |
Molar Entropy | L2MT-2Θ-1N-1 |
Pressure Gradient | L-2MT-2 |
Volumetric Number Density | L-3 |
Power Density | L-1MT-3 |
Temperature Gradient | L-1Θ |
Luminous Energy | TJ |
Surface Density | L-2M |
Charge Capacity | TI |
Coefficient Of Thermal Expansion | Θ-1 |
Collision Frequency | T-1 |
Compressibility | LM-1T2 |
Coulomb's constant | L3MT-4I-2 |
Electric Dipole Moment | LTI |
First Moment Of Area | L3 |
Heat Capacity | L2MT-2Θ-1 |
Intensity | MT-3 |
Jerk | LT-3 |
Molar Mass | MN-1 |
Molar Volume | L3N-1 |
Pressure | L-1MT-2 |
Reciprocal Length | L-1 |
Second Moment Of Area | L4 |
Solid Angle | 1 |
Specific Activity | M-1T-1 |
Specific Weight | L-2MT-2 |
Thermodynamic Beta | L-2M-1T2 |