Guys why is my solution wrong😭

[haughty orchid]

what's that hangman operator thingy mean?

can you explain to me?

[mint crystal]

Gamma-Phi Notation Function.

[haughty orchid]

idk that

[mint crystal]

Oh.

Ok.

[mint crystal]

What grade are you?

[haughty orchid]

8

[mint crystal]

I'm 7.

[haughty orchid]

grade 7 and you learn a damn function called gamma-phi

wow

[mint crystal]

We kinda learn like simple things like calculus 2.

Sorry for wrong number.

[haughty orchid]

yeah

explain that gamma-phi pleawe

[mint crystal]

There's sometimes hard parts about grade 7.

[haughty orchid]

chatgpt can't seem to help me

[haughty orchid]

i didn't even learn calculus yet 💀

[mint crystal]

It's Σ but subtraction.

[haughty orchid]

wait wut

[mint crystal]

The hardest was limits for me. I literally malfunction. LOL

[mint crystal]

I meant sum notation.

[haughty orchid]

ik

so that one is basically the opposite of the sigma

wait

if sigma adds from start to n

then what does gamma-phi subtracts from?

[mint crystal]

Casually. Something like 15-12-9-6-3=-15>

Wait

[haughty orchid]

what

oh i see

so like

the one inside is the start or the difference?

[mint crystal]

So... \Gamma_{x=5}^{3}^{n=15}n^{x}

,,\Gamma_{x=5}^{3}^{n=15}n^{x}

[still raft]

Sapphire (Stacie)
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[mint crystal]

That's the gamma notation function. But I use the phi function. Which is the MOST ABSOLUTE WORST THING EVER.

[haughty orchid]

uh wth is that

[mint crystal]

So here's how it works. v=3 which is the above one. So x=5 so that means you have to subtract v from n 5 times. Meaning (n_1-v)-(n_2-v)...(n_5-v) So it's 15-12-9-6-3.

[haughty orchid]

ok

the top is the difference

down is the amount of times

and n is the starting point

basically the gamma-phi notation subtracts n^2 by 9 4 times

[mint crystal]

Yeah

Before we get to phi function that literally does make gamma notation harder.

[haughty orchid]

or the new result of the phi is basially n^2 - 36

right?

[mint crystal]

Sadly No.

[haughty orchid]

why

it literally does n^2 - 9 - 9 - 9 - 9

so why it is not n^2 - 36

oh wait srry

my bad

sigma of the differences huh

let's see the terms

n^2 - 9
n^2 - 9 * 2
n^2 - 9 * 3
n^2 - 9* 4

the total would be 4n^2 - 90 (phi func)

[mint crystal]

Phi function makes it so at the time you get to the final where n_x-1 you root it before you do it.

[haughty orchid]

why is it so confusing

[mint crystal]

,,\Gamma(2)_{x=5}^{3}^{n=15}n^{x}

means that at the n_4 you root it to ²√(n_x-v) or √(n_x-v)

[still raft]

Sapphire (Stacie)
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[haughty orchid]

is this the wrong example?

[mint crystal]

That's gamma notation.

Phi function makes it worse.💀

[vapid crag]

Lmao

Can u give me a source for this topic @mint crystal

[mint crystal]

What source?

I didn't understand what source dym.

I just don't know why I'm wrong lol

[vapid crag]

Like a wikipedia link for this topic