Pi is a real number (approximately 3.14159265...), and pie (apple, cherry, custard etc.) is a real dessert.
Yes, it is like taking a pie and cutting it into eight slices. You only ate one slice. Therefore, you ate one eighth of the pie. Yes. One eighth is a positive number, a rational number and a real number.
pi [not pie] is an irrational number.
You cannot because "pie" is not a number but a food item.
An irrational number is a real number that cannot be expressed as a ratio of two integers. In decimal terms, it is a real number that has either a terminating decimal or an infinitely recurring decimal. This would apply whatever the integer base, such as binary, octal, hexadecimal.
Pie is not a number. Pi on the other hand is a number.
The only real number that is non-terminating and non-repeating is Pi (pie)
Yes, it is like taking a pie and cutting it into eight slices. You only ate one slice. Therefore, you ate one eighth of the pie. Yes. One eighth is a positive number, a rational number and a real number.
no
Pie is undoubtedly real. I have no clue what world you live in.
pi [not pie] is an irrational number.
You cannot because "pie" is not a number but a food item.
Webkkinz pie: Buy cook books at the W-shop category "Toys and Books" and read them. REAL pie: Find a REAL cook book.
No. Pie is potentially never ending. This makes it an irrational number.
Pie is NOT a number so for get that idea! lol And the answer is .... No ☻
I can't entirely say who WAS a pie, but I will answer this truthfully: Maria Vittoria Adriani was actually a real pie for Halloween, 2012.
Justin Gabriel's real name is Paul Lloyd Jr.
An irrational number is a real number that cannot be expressed as a ratio of two integers. In decimal terms, it is a real number that has either a terminating decimal or an infinitely recurring decimal. This would apply whatever the integer base, such as binary, octal, hexadecimal.