Anything you like as long as you are consistent. Put everything into MKS units and you should be safe.Sneakatone said:if this is the right equation should the units of v=km/h and r=m?
in other words what should the units be?
Sneakatone said:would you recommend I convert to km since p is km?
The aerodynamic constant C is a coefficient that represents the aerodynamic characteristics of a particular object, in this case a dimpled sphere. It is important because it determines the amount of drag force that will act upon the object when it moves through a fluid medium, such as air or water.
The value of C for a dimpled sphere is typically determined experimentally through wind tunnel testing. The sphere is placed in the wind tunnel and the resulting drag force is measured at different speeds. The value of C is then calculated using the drag equation, which takes into account the sphere's shape, size, and surface characteristics.
Yes, the value of C can change depending on various factors such as the speed of the object, the fluid medium it is moving through, and any changes in the surface characteristics of the sphere. For example, if the sphere is coated with a substance that reduces friction, the value of C may decrease.
The lower the value of C, the better the aerodynamic performance of the dimpled sphere. This is because a lower C means there is less drag force acting on the sphere, allowing it to move more efficiently through the fluid medium. This is why dimpled spheres are often used in sports such as golf and tennis, as the dimples help to reduce the value of C and improve the aerodynamic performance of the ball.
Yes, knowing the value of C for a dimpled sphere can have practical applications in industries such as sports, aviation, and automotive. For example, in sports, understanding the aerodynamics of a dimpled ball can help athletes improve their performance. In aviation, the value of C for aircraft design can impact fuel efficiency and speed. In automotive engineering, the value of C for a car's body shape can affect its fuel efficiency and overall performance.