Properties of Solids & Liquids connects to:

• Units & Dimensions (ME-01): All moduli [$M^{1}$ $L^{-1}$ $T^{-2}$], viscosity [$M^{1}$ $L^{-1}$ $T^{-1}$], surface tension [$M^{1}$ $T^{-2}$]. Dimensional analysis used in every derivation.
• Laws of Motion / Newton's Laws (ME-02): Terminal velocity uses force balance — weight = drag + buoyancy. Pascal's law is Newton's 3rd law in a fluid context.
• Work, Energy & Power (ME-03): Work done in stretching a wire = ½ × stress × strain × volume. Work done blowing a bubble = S × $\Delta A$ (2 surfaces). Bernoulli's equation is energy conservation per unit volume.
• Rotational Motion / Moment of Inertia (ME-05): Deformation of rotating solid discs uses elastic moduli in advanced problems.
• Thermodynamics (ME-09): Thermal expansion (β = 3α), Fourier's conduction law, and Stefan-Boltzmann radiation link directly. Specific heat and calorimetry build on Fourier's law.
• Waves & Sound (ME-11): Speed of sound in a medium = √(B/ρ) — uses Bulk modulus. Speed of sound in solids uses Young's modulus = √(Y/ρ).
• Kinetic Theory of Gases (ME-10): Viscosity of gases arises from molecular momentum transfer, connecting to thermal motion and mean free path.