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2007-05-11 17:32:00 · 7 answers · asked by Archmage 2 in Science & Mathematics Mathematics

7 answers

Because again, π is an irrational number. Irrational numbers have that property. If a decimal terminated or repeated, then we could write it as a fraction.

As for how we know that π is irrational, it was mathematically proven some time in the 18th century. The proof isn't exactly short, but anybody who learns the math can review it and see that it's sound.

2007-05-11 17:36:01 · answer #1 · answered by Anonymous · 2 1

Pi is a special type of irrational number called a transcendental number. That means there is no equation that pi is the solution to. A rational number can be expressed as a fraction, an irrational number is like the square root of 2. However, the square root of 2 is a solution to the equation x^2 - 2 = 0. There are at least 15 transcendental number, e and phi being the most common ones.

2007-05-11 17:42:31 · answer #2 · answered by Christopher O 1 · 0 1

This is a good question and really has no actual answer

There have been a number of proofs to show that π cannot be expressed as a fraction and is therefore irrational.

By definition an irrational number is a never ending and non- recurring decimal.

Sorry, I can say no more to explain why.

2007-05-11 17:51:03 · answer #3 · answered by fred 5 · 0 0

Tough to say why, but most numbers have the same property as pi--they never end or repeat.

2007-05-11 17:35:05 · answer #4 · answered by bruinfan 7 · 0 3

It's an irrational number and all irrational numbers are like that

2007-05-11 17:51:30 · answer #5 · answered by Matt 3 · 0 0

it is an irrational number meaning that its value is infinitely complex when expressed in our number system

2007-05-11 17:37:43 · answer #6 · answered by Anonymous · 1 0

To test our Patience for pursuit of perfection in being precise.

3.14159265358979.................

Man, I can't believe my math teacher made me memorize this back in my student years. Thanks. Mr. Wei.

2007-05-11 17:54:25 · answer #7 · answered by Welcome to Vancouver 3 · 0 0

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