not funny.

Haha 127 views 0 upvotes

Cope harder.

You need to cope mr 210 views 0 upvotes

Mr. Infinite views Infinite upvotes*

You are physically unable to have infinite views and infinite upvotes neither do you control how many views and upvotes you have

I’ve made a full essay about infinity a while ago, I can post it here if you really want me to

L for you.

Bruh shut your faking-age ass up bruh you got the mentality of a child with Steam username XxMlgGamerxX15 on June 25, 2017 who died numerous times on Team Fortress 2

i'm f**king dying rn

do it

Ok but before I do such, let me tell you that Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Wow! That's a lot of words!

Unfortunatly I have to skip that Because
The gay essay Is cringe.

Has no bitches.

And. His dad Left for the milk!

It's about how infinity isn't a number.

“Unfortunatly I have to skip that Because”
Can’t spell “unfortunately” nor not capitalize random unnecessary words. Honest cringe.

“The gay essay Is cringe.”
More unnecessary capitalization.

“Has no bitches.”
Being bitchless is better than getting mad at everyone for someone having even a slighty different opinion than yours.

“And. His dad Left for the milk!”
What are you, the God of Unoriginality?

Hi copypasta!

Who’s copypasta and why isn’t he sucking your dick?

You. Jackass.

Why am I not sucking your dick rn?

Still. I'm winning This war.

Pfft-
That’s the dumbest bullshit I’ve ever seen and heard at the same time.
You got 2 streams against you, someone who was your friend before you started being a fuсking dickhead to literally everyone here, and you say you’re winning?

The only way you'll win is by giving up and admitting you're a mod abusing snowflake.

whar

Just die. It's Easy.

If I die then you die later. 🤷‍♂️

What did you expect from that clown?

All of these Are True.*

Saying they are all true doesn’t make them instantly true.

Can’t believe you’re this desperate.

Cry about the fact that nobody’s sucking your dick 24/7? I’ll let you do that gladly.

just spammed him with that

It never worked.

Try again.

No, it's an L for you
Cope

I Didn't Ask.

You hate imgflip, so f**k you

W for Me.

L for you.

Cry About It.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Comment that If

You have the IQ of -1.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Too bad
Imgflip is better than anything you use

Ratio

How?

here’s a tip pal

shut the up

get real

Make me.

you’re nonexistent? thats BRILLIANT!

Nothing happend.

Douchbag.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Infinity is not a number, but actually an idea about something with no end, hence its looping symbol. It’s immeasurable too, considering how many kids today actually think that infinity is beyond and above the spectrum of enormous. It’s not getting larger, though, as it has already completely formed. People say it “goes on an on”, which contradicts where this reply states “it’s not getting larger.” Infinity doesn’t do anything, but actually IS. It may sound like it’s complicated, but actually it’s that simple. For example, take a line in Geometry. A line goes in both directions with no end in sight. When there’s only one end, that’s called a “ray”. In this context, however, there’s technically no end at all in the observable universe, so maybe “one end” isn’t the correct way to word it, let’s say “start”. If there are 2 ends, now, that’s considered a “line segment”. A small fraction of the timeless expansion of lines. There is a catch, however. In order to define where the ends actually are, they need EXTRA INFORMATION, which makes line segments and rays a bit more complicated. With this in mind, we can conclude that infinity is as simple as all can be. As well as it not actually being a real number, or containing a size, and yet is still brought up in mathematics today. Going back to mathematics, let’s go for an example of the natural number set {1,2,3...}. This sequence doesn’t end, therefore making it infinite. Funny, if you ask me. What about 1/3? A vulgar fraction, not a decimal. If we do convert it to a decimal, though, it will only just repeat the same “3” endlessly. End boring essay.

Your gayness did that Bullshit.

ok orphan

you fat bald bastard
you piece of subhuman trash,
millions of years of human evolution led to your fatass concave skull dry bones lookin mf

This. Is the photo you're looking for.

go coronavirus

Aqua is right. Cyan_official does suck. So does madness Combat*

Nope.

Yes*

go omega corona

I want you to get covid.
Also, I've never been to china.

No auditor gor grucified :(((((((((((((