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This Concept Map, created with IHMC CmapTools, has information related to: Fundamentals of Fluid Mechanics, The Fundamentals of Fluid Mechanics consist of bulk modulus, surface tension is attraction between molecules at the surface of a liquid, Stability and Bouyancy is impacted by density, viscosity two types Dynamic, shear stress represented by the equation τ=η*(Δν/Δy), density is defined by mass/volume, gases only in units of m^3/kg, attraction between molecules at the surface of a liquid expressed in units of force per unit length, The Fundamentals of Fluid Mechanics consist of specific weight, Dynamic is represented by the equation η=τ(Δy/Δv), specific gravity is impacted by Temperature, Dynamic divided by fluid density gives you Kinematic, weight/volume given the variable γ, Kinematic is represented by the equation v=η/ρ, The Fundamentals of Fluid Mechanics consist of viscosity, The Fundamentals of Fluid Mechanics consist of specific gravity, specific gravity is represented by the equation sg=ρ/ρh20@4°C, specific volume applies to gases only, The Fundamentals of Fluid Mechanics consist of specific volume, viscosity two types Kinematic