A ball is in a stationary condition in flowing ideal liquid, the velocity of which is...

 

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A ball is in a stationary condition in flowing ideal liquid, the velocity of which is V and density p. The radius of the ball is R. Find out an expression for dynamic pressure, P, on the ball and indicate whether this is dependent on the radius in the final expression. You may initially assume that the pressure on the ball is related to the density, radius and velocity so that: P = constant x p V R A ball is in a stationary condition in flowing ideal liquid, the velocity of which is V and density p. The radius of the ball is R. Find out an expression for dynamic pressure, P, on the ball and indicate whether this is dependent on the radius in the final expression. You may initially assume that the pressure on the ball is related to the density, radius and velocity so that: P = constant x p V R A ball is in a stationary condition in flowing ideal liquid, the velocity of which is V and density p. The radius of the ball is R. Find out an expression for dynamic pressure, P, on the ball and indicate whether this is dependent on the radius in the final expression. You may initially assume that the pressure on the ball is related to the density, radius and velocity so that: P = constant x p V R A ball is in a stationary condition in flowing ideal liquid, the velocity of which is V and density p. The radius of the ball is R. Find out an expression for dynamic pressure, P, on the ball and indicate whether this is dependent on the radius in the final expression. You may initially assume that the pressure on the ball is related to the density, radius and velocity so that: P = constant x p V R