there are about 720 dots going around the Basketball. We Will say there are 720 "dot units". This is the circumference. To find the diameter of the basketball in dot units, divide 720 by pie(3.14). Divide this by 2 for the radius (Circ = 2*pie*r). Now we must find the area for the basketball expressed in dot units. Area of a circle is pie*r^2. This gives us 41,274. This is just an estimate and is probably off by at least a couple thousand. ---- there are about 760 kristins on a basketball According to the Spalding website, (http://www.spalding.com/contact/contact.html#Q6), there are 122 pebbles per square inch on a Spalding basketball which makes approximately 35,000 pebbles total.
dpi is dots per inch. 400 * 600 dpi is the number of ink dots per square inch that are produced by a computer printer.
I can't tell you exactly, but I can tell you how to estimate the number of dots on a basketball. First, measure a 1 inch square on the surface of the basketball and count the dots it contains. Then use the formula for the area of a sphere, which is: 4PR2, or 4 times Pi times the radius squared. An official men's pro basketball is 9 inches in diameter, so the radius would be 4.5 inches and the formula would work out like this: 4 times 3.14 times 20.25 equals 254.34 square inches. Measure any areas on the basketball that have no dots and subtract that area from the total square inches arrived at above. Now multiply this number by the number of dots you counted and you've got a decent approximation.
No. Image quality depends on DPI (dots per square inch).
A men's basketball has 35k dots on it.
no ,dots are dots and pixels measure how big a picture is.
Yes. DPI - dots (in this case pixels) per inch.
it is spalding 29.5 inch official game ball . it is the official ball of the NBA,WNBA,and D - luege . college basketball teams use the Wilson NCAA .
According to the Spalding website: " There are 122 pebbles per square inch on a Spalding basketball which is equivalent to approximately 35,000 pebbles. '
118 dots per square centimeter, which is equivalent to 300 pixels per inch.
Refers to the sharpness and clarity of an image. The term is most often used to describe monitors, printers, and bit-mapped graphic images. In the case of dot-matrix and laser printers, the resolution indicates the number of dots per inch. For example, a 300-dpi (dots per inch) printer is one that is capable of printing 300 distinct dots in a line 1 inch long. This means it can print 90,000 dots per square inch. For graphics monitors, the screen resolution signifies the number of dots (pixels) on the entire screen. For example, a 640-by-480 pixel screen is capable of displaying 640 distinct dots on each of 480 lines, or about 300,000 pixels. This translates into different dpi measurements depending on the size of the screen. For example, a 15-inch VGA monitor (640x480) displays about 50 dots per inch.
DPI stands for "dots per inch." It is a measure of printing or scanning resolution, indicating how many dots of ink a printer can place in a linear one-inch space. In scanning, it refers to how many dots a scanner can capture in a one-inch section.
At Kentucky Wesleyan, the leading men's basketball program in NCAA Division II, it is 11 field goals in a row by Ben Coffman in 1985.