Physics

• 1. Mass = M
  2. Velocity = LT-1
  3. Acceleration = LT-2
• Force = MLT-2
• momentum = MLT-1
• pressure = ML-1T-2
• energy / heat / workdone = ML²T-2
• 1. friction = MLT-2
  2. co efficient of friction = M⁰L⁰T⁰ ( unitless and dimensionless)
• coefficient of restitution = M⁰L⁰T⁰

  Angle = M⁰L⁰T⁰
• moment of inertia = ML²
• 1. angular velocity = M⁰L⁰T-1
  2. angular acceleration= T-2
• 1. angular momentum = ML²T-1
• angular force / Torque = ML²T-2
• 1. gravitational constant = M-1L³T-2
  2. gravitational potential = L²T-2
• 1. time period = T
  2. frequency = T-1
• stress = ML-1 T-2
• modulus of elasticity = ML-1 T-2
• strain = M⁰L⁰T⁰
• coefficient of viscosity = ML-1 T-1
• heat = ML²T-2
• 1. temperature = K
  2. thermal Coefficient of expansion = K-1
• specific heat capacity = L²T-2 K-1
• molar heat capacity = ML²T-2mol-1K-1
• heat capacity = ML²T-2K-1
• latent heat = L²T-2
• solar constant = MT-3
• Stephen's Boltzmans constant = MT-3K-4
• atomicity of gas = M⁰L⁰T⁰
• charge = AT
• permitivity = M-1A²L-3T⁴
• electric field = MLA-1T-3
• dipole moment = ATL
• relative permitivity = M⁰L⁰T⁰
• electric flux = ML³A-1T-3
• linear charge density = ATL-1
• areal charge density = ATL-2
• volumetric charge density = ATL-3
• electric potential = ML²T-3A-1
• capacitance = M-1L-2A²T⁴
• current = A
• resistance = ML²A-2T-3
• thermal coefficient of resistance = K-1