Pi is usually described as either a decimal or a fraction in as simple terms as possible. pi is simplified as 3.14 or 22/7. A "closer" answer to pi can be worked out to millions of places to the right of the decimal by computers, but it is academic, as no "absolute value" for pi can ever be reached. For practical purposes - even in precise fields such as engineering - a value for pi of 3.1417 is considered more than adequate.
One can define an infinite number of fractions to successively approximate pi, and get closer and closer to pi's value. There is no closest fraction to pi. No matter how close the fraction is to pi you can always find one that is closer.
we can find rational numbers how much nearer to pi by constructing a number which has large repeating block as pi
Since (pi) is an irrational number and you can never write it down exactly, you need something that's close that you can use whenever you need to use (pi). The closer approximation you use in place of (pi), the closer your answer will be to the exact truth. 22/7 is a very handy number to use where you need (pi). It's easy to handle, and if you use 22/7, then your answer is only about 0.04% wrong, which is darn good accuracy.
There is no such fraction. It is a transcendental number and so has a decimal representation that is infinite in length. So each additional decimal digit gives an equivalent fraction that is closer to pi than the previous one.Thus 31/10 = 3.1 is closer than 3314/100 = 3.14 is closer3141/1000 = 3.141 is closer stilland so on.There is no such fraction. It is a transcendental number and so has a decimal representation that is infinite in length. So each additional decimal digit gives an equivalent fraction that is closer to pi than the previous one.Thus 31/10 = 3.1 is closer than 3314/100 = 3.14 is closer3141/1000 = 3.141 is closer stilland so on.There is no such fraction. It is a transcendental number and so has a decimal representation that is infinite in length. So each additional decimal digit gives an equivalent fraction that is closer to pi than the previous one.Thus 31/10 = 3.1 is closer than 3314/100 = 3.14 is closer3141/1000 = 3.141 is closer stilland so on.There is no such fraction. It is a transcendental number and so has a decimal representation that is infinite in length. So each additional decimal digit gives an equivalent fraction that is closer to pi than the previous one.Thus 31/10 = 3.1 is closer than 3314/100 = 3.14 is closer3141/1000 = 3.141 is closer stilland so on.
If you mean the number pi, you can't have a "large amount of pi" or a "small amount of pi" - the number pi will always be the number pi (approximately 3.1416).
One can define an infinite number of fractions to successively approximate pi, and get closer and closer to pi's value. There is no closest fraction to pi. No matter how close the fraction is to pi you can always find one that is closer.
One can define an infinite number of fractions to successively approximate pi, and get closer and closer to pi's value. There is no closest fraction to pi. No matter how close the fraction is to pi you can always find one that is closer
we can find rational numbers how much nearer to pi by constructing a number which has large repeating block as pi
Pi is an irrational number. A rational number is one that can be expressed as a fraction (or ratio), e.g. 1/3. There are fractions that are near Pi, for example: 22/7 = 3.142857 (PI = 3.14159265...) A closer fraction is: 355/113 = 3.14159292 However whatever fraction you have, you will never get exactly PI. Hence it is irrational See the links for proofs that pi is irrational.
For plotting, you can use an approximation. Pi, which is approximately 3.14, is between 3 and 4, but closer to 3. If, for example, integers are 10 millimeters apart, then pi would be about 1 1/2 millimeters to the right of the number 3.
Since (pi) is an irrational number and you can never write it down exactly, you need something that's close that you can use whenever you need to use (pi). The closer approximation you use in place of (pi), the closer your answer will be to the exact truth. 22/7 is a very handy number to use where you need (pi). It's easy to handle, and if you use 22/7, then your answer is only about 0.04% wrong, which is darn good accuracy.
22/7 is closer
There is no such fraction. It is a transcendental number and so has a decimal representation that is infinite in length. So each additional decimal digit gives an equivalent fraction that is closer to pi than the previous one.Thus 31/10 = 3.1 is closer than 3314/100 = 3.14 is closer3141/1000 = 3.141 is closer stilland so on.There is no such fraction. It is a transcendental number and so has a decimal representation that is infinite in length. So each additional decimal digit gives an equivalent fraction that is closer to pi than the previous one.Thus 31/10 = 3.1 is closer than 3314/100 = 3.14 is closer3141/1000 = 3.141 is closer stilland so on.There is no such fraction. It is a transcendental number and so has a decimal representation that is infinite in length. So each additional decimal digit gives an equivalent fraction that is closer to pi than the previous one.Thus 31/10 = 3.1 is closer than 3314/100 = 3.14 is closer3141/1000 = 3.141 is closer stilland so on.There is no such fraction. It is a transcendental number and so has a decimal representation that is infinite in length. So each additional decimal digit gives an equivalent fraction that is closer to pi than the previous one.Thus 31/10 = 3.1 is closer than 3314/100 = 3.14 is closer3141/1000 = 3.141 is closer stilland so on.
If you mean the number pi, you can't have a "large amount of pi" or a "small amount of pi" - the number pi will always be the number pi (approximately 3.1416).
the number is that you use for pi is 3.14 the number is that you use for pi is 3.14
Pi is a real number
Pi is a number. There are no fractals of pi.