Amount Of Substance | N |
---|---|

Electric Current | I |

Length | L |

Luminous Intensity | J |

Temperature | Θ |

Duration | T |

Mass | M |

Angular Measure | 1 |

Area | L^{2} |

Speed | LT^{-1} |

Volume | L^{3} |

Acceleration | LT^{-2} |

Angular Acceleration | T^{-2} |

Angular Velocity | T^{-1} |

Bending Moment Of Force | L^{2}MT^{-2} |

Capacitance | L^{-2}M^{-1}T^{4}I^{2} |

Damping Coefficient | T^{-1} |

Diffusion Coefficient | L^{2}T^{-1} |

Energy | L^{2}MT^{-2} |

Energy Density | L^{-1}MT^{-2} |

Force | LMT^{-2} |

Fracture Toughness | L^{-0.5}MT^{-2} |

Frequency | T^{-1} |

Gravitational Potential | L^{2}T^{-2} |

Momentum | LMT^{-1} |

Power | L^{2}MT^{-3} |

Specific Energy | L^{2}T^{-2} |

Wavenumber | L^{-1} |

Wavelength | L |

Electric Charge | TI |

Electrical Conductance | L^{-2}M^{-1}T^{3}I^{2} |

Electrical Conductivity | L^{-3}M^{-1}T^{3}I^{2} |

Electric Field Strength | LMT^{-3}I^{-1} |

Electric Potential | L^{2}MT^{-3}I^{-1} |

Electrical Resistance | L^{2}MT^{-3}I^{-2} |

Electrical Resistivity | L^{3}MT^{-3}I^{-2} |

Inductance | L^{2}MT^{-2}I^{-2} |

Linear Density Of Electric Charge | L^{-1}TI |

Linear Electric Current Density | L^{-1}I |

Surface Charge Density | L^{-2}TI |

Electric Charge Density | L^{-3}TI |

Magnetic Field Strength | L^{-1}I |

Magnetic Flux | L^{2}MT^{-2}I^{-1} |

Magnetic Flux Density | MT^{-2}I^{-1} |

Magnetic Moment | L^{2}I |

Magnetic Permeability | LMT^{-2}I^{-2} |

Magnetic Susceptibility | 1 |

Magnetomotive Force | I |

Angular Frequency | T^{-1} |

Angular Momentum | L^{2}MT^{-1} |

Linear Expansion Coefficient | Θ^{-1} |

Density | L^{-3}M |

Moment Of Force | L^{2}MT^{-2} |

Moment Of Inertia | L^{2}M |

Specific Volume | L^{3}M^{-1} |

Torque | L^{2}MT^{-2} |

Vorticity | T^{-1} |

Bit Rate | T^{-1} |

Storage Capacity | 1 |

Data Transfer Rate | T^{-1} |

Illuminance | L^{-2}J |

Luminance | L^{-2}J |

Luminous Efficacy Of Radiation | L^{-2}M^{-1}T^{3}J |

Luminous Flux | J |

Density Of Heat Flow Rate | MT^{-3} |

Heat Transfer Coefficient | MT^{-3}Θ^{-1} |

Latent Heat | L^{2}MT^{-2} |

Specific Heat Capacity | L^{2}T^{-2}Θ^{-1} |

Temperature Difference | Θ |

Thermal Conductance | L^{2}MT^{-3}Θ^{-1} |

Thermal Conductivity | LMT^{-3}Θ^{-1} |

Thermal Diffusivity | L^{2}T^{-1} |

Thermal Resistance | L^{-2}M^{-1}T^{3}Θ |

Salinity | 1 |

Dynamic Viscosity | L^{-1}MT^{-1} |

Kinematic Viscosity | L^{2}T^{-1} |

Mass Concentration | L^{-3}M |

Mass Fraction | 1 |

Mass Flow Rate | MT^{-1} |

Mass Flow | L^{-2}MT^{-1} |

Molar Concentration | L^{-3}N |

Permeance | L^{2}MT^{-2}I^{-2} |

Surface Tension | MT^{-2} |

Volume Flow Rate | L^{3}T^{-1} |

Absorbed Dose | L^{2}T^{-2} |

Exposure | M^{-1}TI |

Chemical Affinity | L^{2}MT^{-2}N^{-1} |

pH | 1 |

Entropy | L^{2}MT^{-2}Θ^{-1} |

Dose Equivalent | L^{2}T^{-2} |

Molality | M^{-1}N |

Molar Conductivity | M^{-1}T^{3}I^{2}N^{-1} |

Molar Enthalpy | L^{2}MT^{-2}N^{-1} |

Polarizability | M^{-1}T^{4}I^{2} |

Reaction Rate | L^{-3}T^{-1}N |

Specific Entropy | L^{2}T^{-2}Θ^{-1} |

Molar Entropy | L^{2}MT^{-2}Θ^{-1}N^{-1} |

Pressure Gradient | L^{-2}MT^{-2} |

Volumetric Number Density | L^{-3} |

Power Density | L^{-1}MT^{-3} |

Temperature Gradient | L^{-1}Θ |

Luminous Energy | TJ |

Surface Density | L^{-2}M |

Capacity | TI |

Coefficient Of Thermal Expansion | Θ^{-1} |

Collision Frequency | T^{-1} |

Compressibility | LM^{-1}T^{2} |

Coulomb's constant | L^{3}MT^{-4}I^{-2} |

Electric Dipole Moment | LTI |

First Moment Of Area | L^{3} |

Heat Capacity | L^{2}MT^{-2}Θ^{-1} |

Intensity | MT^{-3} |

Jerk | LT^{-3} |

Molar Mass | MN^{-1} |

Molar Volume | L^{3}N^{-1} |

Pressure | L^{-1}MT^{-2} |

Reciprocal Length | L^{-1} |

Second Moment Of Area | L^{4} |

Solid Angle | 1 |

Specific Activity | M^{-1}T^{-1} |

Specific Weight | L^{-2}MT^{-2} |

Thermodynamic Beta | L^{-2}M^{-1}T^{2} |

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