Barney_Gumble
Debutant
- Joined
- Jul 1, 2016
- Posts
- 74
- Reaction score
- 19
- AFL Club
- GWS
- Banned
- #1
Some people say it does, other say no because a number needs to be whole.
Discuss.
Discuss.
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.

BigFooty Tipping Notice Img
Weekly Prize - Join Any Time - Tip Round 1
The Golden Ticket - Corporate tickets, functions, Open Air Boxes at the Adelaide Oval, ENGIE, Gabba, MCG, Marvel, Optus & People First Stadiums. Corporate Suites at the Gabba, MCG and Marvel.
Two different numbers so No. If the question was "approximately equal" then that is a different story.
Log in to remove this Banner Ad
Fractions of numbers are not numbers.

No it isnt. Good example is if you multiply by a very large whole number you will see the difference more.Except in the case of real numbers, because the value represents a quantity along a continuous line. So technically 0.999..... does equal 1.
No, it does not equal 1.
It would be like saying "I only lost that race by 0.001 of a second, therefore we were equal". Doesn't make much sense, does it?
Except in the case of real numbers, because the value represents a quantity along a continuous line. So technically 0.999..... does equal 1.
If we're talking about whole numbers, you're correct.
In terms of real numbers, then 0.999..... technically equals 1.
Why ask a question when you've decided the answer?
No it isnt. Good example is if you multiply by a very large whole number you will see the difference more.
Example.
0.99 x 500 = 495
1.00 x 500 = 500
A whole FIVE numbers short of.
Yes it does.
The question isn't about a number with a finite number of decimal points but 0.999...recurring infinitely.
The number becomes so close to 1 as to be indistinguishable from 1, but it will never be 1
Here's an interesting thought:
We know that 0.9999... is not equal to 1. If you stop the expansion of 9s at any finite point, the fraction you have (like .99999 = 99999/100000) is never equal to 1. But each time you add a 9, the margin error is smaller (with each 9, the error is actually ten times smaller)
mindblown.gif
How about contributing something constructive to the thread instead of being a ******?
But it gets you a trip to a 'pound you in the a$$ prison' if caughtBeen some pretty decent bank frauds carried out using this sort of idea, and shaving the fractions of cents off interest payments which all adds up very quickly.