Numbers

[Jack]

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

[odeon]

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

Not sure why. It's just nasty.

[Jack]

Really like it.

[Semicolon]

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

In base 10. Getting an infinite representation of a number in base 10 is easy if you know where to look.

[Jack]

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

In base 10. Getting an infinite representation of a number in base 10 is easy if you know where to look.

Really only like the concept because one is singular and whole, and the relationship with three creates its own echo of sorts. It's unique.

[odeon]

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

In base 10. Getting an infinite representation of a number in base 10 is easy if you know where to look.

In the basement. That's where my calculators are.

[Semicolon]

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

In base 10. Getting an infinite representation of a number in base 10 is easy if you know where to look.

Really only like the concept because one is singular and whole, and the relationship with three creates its own echo of sorts. It's unique.

And one divided by nine equals?

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

In base 10. Getting an infinite representation of a number in base 10 is easy if you know where to look.

In the basement. That's where my calculators are.

And where do you store the punch cards for your calculators?

[Jack]

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

In base 10. Getting an infinite representation of a number in base 10 is easy if you know where to look.

Really only like the concept because one is singular and whole, and the relationship with three creates its own echo of sorts. It's unique.

And one divided by nine equals?

It certainly isn't infinite nine.

[Jack]

Also like three because for any number equally divisible by three, the individual digits of that number add up to a sum which is also equally divisible by three. Also unique.

[odeon]

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

In base 10. Getting an infinite representation of a number in base 10 is easy if you know where to look.

Really only like the concept because one is singular and whole, and the relationship with three creates its own echo of sorts. It's unique.

And one divided by nine equals?

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

In base 10. Getting an infinite representation of a number in base 10 is easy if you know where to look.

In the basement. That's where my calculators are.

And where do you store the punch cards for your calculators?

Top shelf to the right.

[Semicolon]

Also like three because for any number equally divisible by three, the individual digits of that number add up to a sum which is also equally divisible by three. Also unique.

Three isn't unique. That also works for nine.

Which in no way contradicts what I was saying.

But I don't like the feel of one divided by three, to be honest. It feels slightly nasty to me, presented like that.

Maybe because it's infinite.

In base 10. Getting an infinite representation of a number in base 10 is easy if you know where to look.

Really only like the concept because one is singular and whole, and the relationship with three creates its own echo of sorts. It's unique.

And one divided by nine equals?

It certainly isn't infinite nine.

The decimal is one repeating, which is almost as good.

[Jack]

Three isn't unique. That also works for nine.

Yes, you're right; forgot about that. Stop bringing up nine; nine is only good when divided by three.

The decimal is one repeating, which is almost as good.

Almost as good as three is not as good as three.

[Semicolon]

Three isn't unique. That also works for nine.

Yes, you're right; forgot about that. Stop bringing up nine; nine is only good when divided by three.

The decimal is one repeating, which is almost as good.

Almost as good as three is not as good as three.

Nine is three with an extra three multiplied in.

You're the one who's saying that three is better than nine.

[Jack]

You're the one who's saying that three is better than nine.

That's because it is.

[Semicolon]

You're the one who's saying that three is better than nine.

That's because it is.

Nine would disagree.