I think it does because:

 

1/9  =  .111111 (repeated)

 

5/9 = .5555555 (repeated)

 

9/9 = .9999999 (repeated)

 

but 9/9 = 1 in fraction form....

 

Thoughts?

Solution = ROUND MOTHERFUCKER 

No it will not. It will just continue getting closer and closer to 1, but will never actually become 1.

There's another thread about this around here somewhere, but my personal opinion is that if it didn't actually end up equaling 1 then everything we know about Math would be flawed.

This is all I have thought about for the last four years.

Never in a million years will it equal 1. But that's why we round ;)

Nerds

Never in a million years will it equal 1. But that's why we round

 

if the fraction 9/9 is "rounded" to one, then are there other fractions that appear to simplify to integers, but actually don't?

x / x is always 1 unless x is 0. 

 

 

 

 

 

x / x is always 1 unless x is 0. 

 

If that source is valid, .9999999 (repeated) or 9/9 should = 1.

 

x / x is always 1 unless x is 0. 

 

If that source is valid, .9999999 (repeated) or 9/9 should = 1.

 

Except it's 9/10, 99/100, 999/1000, and so on. It will never equal 1, if it did, then math would be broken.

How does 9/9 = .9 repeating? 

How does 9/9 = .9 repeating? 

 

Just an assumption under the pattern:

 

1/9 = .1 repeating

2/9 = .2 repeating

 

etc.

I think it does because:

 

1/9  =  .111111 (repeated)

 

5/9 = .5555555 (repeated)

 

9/9 = .9999999 (repeated)

 

but 9/9 = 1 in fraction form....

 

Thoughts?

You're stupid. how does 9/9 = .99999999.. it equals 1

Got an offer for eveyrone who thinks it's the same.

 

Lend me 100mil and I'll pay you back 99.9mil. We can do it repeated to see what happens.