Surface area of a ball or sphere = 4*pi*radius2
Surface area of the ball = 4*pi*342 = 4624*pi square mm
Surface area = 4*pi*162 = 3216.990877 or about 3217 cubic cm
A tennis ball does bounce higher!!!:]] x
2800 square inches
Surface Area is the term used to describe the area of an object that is exposed. In other words, if you took a tennis ball, the outside of the ball is it's surface area. If you cut the tennis ball in half, the original outside part is still part of the surface area but now include the inside as well.
To increase the surface area-to-volume ratio of a basketball, you can deflate it slightly, which will cause it to have more wrinkles and bumps on its surface. For a tennis ball, you can cut it into smaller pieces, such as quarters, which will increase the surface area relative to its volume.
the more surface area, the more friction, the more the drag
That is because of air resistance. Since the soccer ball has a greater surface area (and holds the same shape as the tennis ball), it will see greater air resistance against that surface, thus slowing it and stopping it quicker.
A tennis ball is a spherical shape. Surface area of a sphere in square units = 4*pi*radius2 Volume of a sphere in cubic units = 4/3*pi*radius3
Surface area: 4*pi*radius2 = 28 Making the radius the subject of the above gives it a value of 1.49270533 or about 1.5 inches
5
cement
no
Tons of tennis would like to how the ball bounces on different types of court surfaces. Becuase of the surface a player will have to change his/her gameplain to fit the surface. So basically anyone playing tennis seriously.
Because it has a soft surface.
In theory, yes, however the largest effect of the temperature will be on the court. The hotter the surface is, the higher the ball will bounce.