Alright lets see how good you are

idontknow
idontknow

Alright lets see how good you are. Are there more odd numbers or odd and even numbers ?

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wolframalpha.com/input/?i=infinity
youtube.com/watch?v=BBp0bEczCNg
youtube.com/watch?v=FVZqPaH94qU

Burnblaze
Burnblaze

No

Flameblow
Flameblow

more odds since all negative numbers are odd

SniperGod
SniperGod

define "more"

in the poset of subsets of the naturals ordered by subsets, the odd numbers are strictly below the naturals
but the odd numbers are also equicardinal with the naturals

Lord_Tryzalot
Lord_Tryzalot

Get outta here and go back to Hilbert's Hotel!

TalkBomber
TalkBomber

[math] \aleph_0 [/math]

Sharpcharm
Sharpcharm

depends on what set of numbers you're using

TalkBomber
TalkBomber

Hitler's Hotel never ran out of room either.

Ignoramus
Ignoramus

All odd numbers have a negative equivalent
Almost all even numbers have a negative equivalent
0 and -0 are the same thing
Because 0 has no proper negative equivalent, there is one fewer even number than odd
QED

Nojokur
Nojokur

implying [math]\infty-1<\infty [/math]
You're a retard. QED

Supergrass
Supergrass

not compatable with definition

wolframalpha.com/input/?i=infinity
An unbounded quantity that is greater than every real number.

Dreamworx
Dreamworx

y=x and y=x-1
tell me where they intersect

Need_TLC
Need_TLC

theres the same amount of both, brainlets

Boy_vs_Girl
Boy_vs_Girl

There are infinitely many odd numbers and infinitely many even numbers. Infinity isn't a number you can graph.

MPmaster
MPmaster

Infinity isn't a number you can graph

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King_Martha
King_Martha

There are just as many even numbers as odd numbers.
Even numbers = 2x
Odd numbers = 2x+1

Spamalot
Spamalot

implying it is
Show me a graph of the "number infinity" on a number line. I'll wait.

Evil_kitten
Evil_kitten

what is a ray

iluvmen
iluvmen

That's nice. But what about OP's babby-tier brainlet question?

lostmypassword
lostmypassword

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Carnalpleasure
Carnalpleasure

Odd and even is clearly a larger infinity that just odd.
Try something harder next time.

Carnalpleasure
Carnalpleasure

brainlet

SniperWish
SniperWish

all infinite series are the same size
rainlet

VisualMaster
VisualMaster

the ones discussed are

brainlet

ZeroReborn
ZeroReborn

this is going in my lecture notes about compactification

AwesomeTucker
AwesomeTucker

No, they're not.
OP specified a series of odd numbers and a series of odd and even numbers.
A grade school student could tell you the series of odd and even numbers would be the larger infinite series. At any odd number in the first series, the second series would have nearly twice as many numbers at the same odd number.

JunkTop
JunkTop

lectures in subway stops intensifies

your rat friends will believe you as long as you have bread to offer

CodeBuns
CodeBuns

they both are aleph-0 you incontinent retard

King_Martha
King_Martha

For the set of all odd numbers to be aleph-0 it must be paired with the set of all even numbers.

Spamalot
Spamalot

They intersect at infinity dumb dumb.

haveahappyday
haveahappyday

or paired with all the natural numbers
or anything fucking else the size of aleph-0

Gigastrength
Gigastrength

youtube.com/watch?v=BBp0bEczCNg

youtube.com/watch?v=FVZqPaH94qU

Techpill
Techpill

There is a bijection between them, if that is what you are asking.

Harmless_Venom
Harmless_Venom

odd and even numbers
odd and even

trick question, no number is both odd and even

TreeEater
TreeEater

his question was :
let a represent odd numbers;
let b represent even numbers;
let c = a+b;
now his question was :
"Are there more odd numbers or odd and even numbers?"
is a>c
the awser is : yeah we have more odd and even numbers.

Emberburn
Emberburn

I see what you did there.

Flameblow
Flameblow

a, b, c are not real numbers so that doesn't work

Spazyfool
Spazyfool

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Stark_Naked
Stark_Naked

Depends on what mathematics you’re analyzing. Nicomachus classified numbers into three categories ‘even and odd’ ‘odd and even’ and ‘even and even’. It’s just based on the factors of the numbers involved to create that number. In truth, specifically, number types really are more complicated than people give them credit for and the two types ‘even’ and ‘odd’ is far too simplistic.

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