For 10 points, name this Swiss mathematician whose principle states that if a fluid's velocity along a streamline increases, its pressure decreases.
One equation named for this man can be used to determine the conditions under which cavitation will occur, and that equation states that density times gravitational acceleration times elevation plus one-half density times velocity squared plus pressure is a constant. That equation mathematically expresses another concept named for this man which explains the Venturi effect in a narrowing pipe. For 10 points, name this Swiss mathematician whose principle states that if a fluid's velocity along a streamline increases, its pressure decreases.
One equation named for this man can be used to determine the conditions under which cavitation will occur, and that equation states that density times gravitational acceleration times elevation plus one-half density times velocity squared plus pressure is a constant.
Daniel {Bernoulli}