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 3
314/100 = 3.14 is closer
3141/1000 = 3.141 is closer still
and 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 3
314/100 = 3.14 is closer
3141/1000 = 3.141 is closer still
and 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 3
314/100 = 3.14 is closer
3141/1000 = 3.141 is closer still
and 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 3
314/100 = 3.14 is closer
3141/1000 = 3.141 is closer still
and 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 3
314/100 = 3.14 is closer
3141/1000 = 3.141 is closer still
and so on.
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.
If you're looking at a list under this question in the book, I'm sorry you're not letting me see it, and there's no way I can give you the best answer from that list. My choice for the fraction closest to the actual value of (pi) is 22/7 . It's only about 0.04% wrong.
22 over 7
It is: 22/7
The fraction 22/7 is close to PI for four significant digits.
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.
If you're looking at a list under this question in the book, I'm sorry you're not letting me see it, and there's no way I can give you the best answer from that list. My choice for the fraction closest to the actual value of (pi) is 22/7 . It's only about 0.04% wrong.
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
22 over 7 is the fractiron closest to pi
22 over 7
It is: 22/7
The fraction 22/7 is close to PI for four significant digits.
Pi is a number. You get pi when you divide the circumference of a circle by it's radius. 22/7=3.14 is the closest fraction.
22 divided by 7 is 3.14, making 22/7 the closest fraction to the value of pi.
22/7 I think is the closest fraction you will get. By definition it is irrational, and cannot be written as fraction of integer numbers. There are a few fractions that are close approximates though. Pi cannot be technically written as a fraction. However, a fraction that is a close approximation of pi is 22/7.
337/120
22/7 or 3 1/7 is the closest known fraction