The link you pasted is not active, but I bet you're suggesting the formula for drag, i.e. the force of drag = one-half the density of the medium, times the velocity squared, times the cross-sectional area of the object, times the drag coefficient for that shape. If correct, I've done some...
Homework Statement
How can I calculate the drag of different missile/torpedo shapes in water? I have five different shapes, similar cylinders with different "noses" One is a long cylinder with a flat nose, another is a cylinder of the same diameter with a hemisphere nose. Third and fourth...