Bernoulli's Equation and Viscosity

This lecture covers Bernoulli's equation, which expresses the conservation of energy in fluid flow, and the effects of viscosity on fluid behavior. It discusses pressure variations in vertical and horizontal flows, the Venturi effect, and the impact of viscosity on fluid motion. The presentation also explores the concept of shear stress in fluid layers, the Poiseuille's law for flow in circular tubes, and the Reynolds number as a parameter for flow characterization. Additionally, it delves into the phenomena of laminar, turbulent, and unstable flows, as well as lift and drag forces in fluid dynamics.