One theorem by this name states that the virtual work done by a force acting on a rigid body is zero when a small virtual displacement occurs. Another theorem with this name implies a relationship between cross-sectional area and pressure that results in the Venturi Effect. It explains the Magnus Effect and states that the sum of the kinetic energy, gravitational potential energy, and pressure of a fluid is constant. For 10 points, name this theorem that states that the mechanical energy of laminar fluid flow is conserved, the namesake of a Swiss mathematician.
One theorem by this name states that the virtual work done by a force acting on a rigid body is zero when a small virtual displacement occurs. Another theorem with this name implies a relationship between cross-sectional area and pressure that results in the Venturi Effect. It explains the Magnus Effect and states that the sum of the kinetic energy, gravitational potential energy, and pressure of a fluid is constant. For 10 points, name this theorem that states that the mechanical energy of laminar fluid flow is conserved, the namesake of a Swiss mathematician.
One theorem by this name states that the virtual work done by a force acting on a rigid body is zero when a small virtual displacement occurs.
{Bernoulli} Principle [accept {Bernoulli's Theorem}]