Name this vector quantity equal to displacement divided by time.
When two values of this vector quantity are added together, you are supposed to divide the initial sum by one plus the product of the values over the maximum value of this quantity squared. This vector quantity's magnitude is squared and multiplied by half of fluid density when Bernoulli's principle is written in terms of pressure. This quantity is crossed with magnetic field strength and multiplied by charge to find the force of a magnetic field. The magnitude of this vector quantity is squared and divided by radius to find centripetal acceleration. Name this vector quantity equal to displacement divided by time.
When two values of this vector quantity are added together, you are supposed to divide the initial sum by one plus the product of the values over the maximum value of this quantity squared.
velocity