I still stand by my thinking that:
1 = 1.00000...
0.99999... = 0.99999
yesh yesh!
I still stand by my thinking that:
1 = 1.00000...
0.99999... = 0.99999
I still stand by my thinking that:
1 = 1.00000...
0.99999... = 0.99999
Hang on, reading through earlier this thread I came across a post saying that 0.9999... is equal to one because as we would keep adding infinite 9's in it, it would sometime be so close to one that it'll be one.
I could add this to 0.3333... too. Everytime we would add a 3 it gets closer to one, because 0.33>0.3 and so on. So as we would add infinite nines it would also keep getting closer and closer and closer and closer to one, but we don't call 0.333... one do we?
tassietiger said:The difference between 0.333... and 1 is 0.666... The difference between 0.999... and 1 is 0.000... You took that comment too literally.
Yes, but infinite means infinite, and if its infinite it has no end. So a difference of 0.666... too can be achieved by infinite 3's, since infinite actually has no end.
The difference between 0.333... and 1 is 0.666... The difference between 0.999... and 1 is 0.000... You took that comment too literally.
That is accepted in the matsh world, but it isn't an exact difference, because there is none when 0.333...is infinite. If it is just 0.333 then the difference is 0.667, but the difference between 0.333... and 1 doesn't exist, technically.
The difference between 1 and 1/3 is 2/3, yes. But not 0.333... and 1.000...
Also, if 1 = 0.999.... then 1-0.9999 = 0
But 1 - 0.99.... = 0.000..... and in the end a 1, since most of you have imagined an end to infinity anyways.
And there is no end to infinite either, and that's why its called infinite. Isn't it? Then the very theory of infinite 9's getting sometimes equal to 1 is proven wrong!you can't say infinite zeros and then 1 :. There is nothing after infinite, or it wouldn't be infinite.