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Power Pack - Chain Reaction Part 2

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Solve this simple math problem and enter the result. E.g. for 1+3, enter 4.
Anonymous (not verified)
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Why are people doing math

Anonymous (not verified)
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Why TF is there people talking about logarithms below 💀

Tonantzintla 618's picture
Joined: 05/08/2024

So... Moral of the story is: Don't teach your superpowered younger sister to blow and fuck you or she'll explode. Aight

Anonymous (not verified)
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Lord save us all from the dip pit of greed and lust the night is long and cold, help us god not to cave to the warmth of the Satanic embrace, my lord, bless us with your way and forgive out eternal ignorance.

Anonymous (not verified)
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Guys help me learn logarithms . Will pay u absolutely nothing

Anonymous (not verified)
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aight so you logarithms are the opposite of exponentiating. So if you do 3^10 then log base 3 of that will be 10. It undoesz the 3^.

if you wanna learn the basics probably look up eddie woo or some math mf on yt

Anonymous (not verified)
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yes, in other terms:

log_a(b) = the number of times you have to moltiplicate a to get b:

(e.g):

log_2(8) = 3

because 2^3=2×2×2=8

so we had to moltiplicate 2 for 3 times to get 8!

hope this is easy to understand!

Anonymous (not verified)
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Further more, now we can represent the exponential and logarithmic forms as b^x = m ---> log_b m = x, where (b) represents the base number, (x) is a variable, and (m) is the result. Since any number (where b ≠ 0) (b)^0 = 1, there exists log_b 1 = 0. Also any number (b)^1 = b ---> log_b b = 1.

Anonymous (not verified)
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You will find through a time consuming and lengthy process, the exponential constant, I wish to not write it all down right now, but just know that 2^x = m --> log_2 m = x and 3^x = m ---> log_3 m = x and there exist a constant (e) that sits between 2 and 3 (≈ 2.71...), found by a growth calculation (1 + 1/n)^n. This will help later on with cancelations and such for calculations, (Like how you can cross cancel rational number in multiplication). Now there exists e^x and ln x. Where ln x is also just log_e e = x.

Anonymous (not verified)
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Correction : ln(x) <---> log_e(x)

Anonymous (not verified)
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So now, whenever you are asked to solve for x, just know that ln(e^x) = x and e^lnx = x. 
 

I'm sure this can be explained better, and I humbly request further support in assisting this person in their journey through logarithms. 
 

But hopefully you get the gist.

TheHentai_R8r's picture
Joined: 13/11/2023

(8/10) Incog do be cogging

Anonymous (not verified)
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Can't wait to see the new pages tonight

Anonymous (not verified)
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Me dik cum

Anonymous (not verified)
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May Doc have mercy on your soul 

Anonymous (not verified)
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You cannot be talking like that when you clicked on this website. 

Anonymous (not verified)
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Oh come on. Everyone has seen the hit Pixar movie, Cars.

Anonymous (not verified)
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Well fall is almost here so this will soon be back up and running, and then we wait again for sultry summer.

Anonymous (not verified)
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this real early sex education and hands on experence too

Anonymous (not verified)
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Part 3

Anonymous (not verified)
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Lol may the Lord forgive us is a tag

Anonymous (not verified)
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Now to continue with the original 

Anonymous (not verified)
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The author is putting this on hold for now as this page ends an arc, and he is switching and updating Sultry Summer once he finishes an arc for that, he will come back here

Don't expect this to be updated for a good while

Anonymous (not verified)
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fuck

Anonymous (not verified)
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So... p3?

Drip Man's picture
Joined: 16/04/2021

Can't she move faster than sound? she could have easily made it outside in that timeframe

Anonymous (not verified)
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is this even legal

Niko OneShot's picture
Joined: 13/07/2022

Probably. Idk

Anonymous (not verified)
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Are you legally allowed to be here?

Anonymous (not verified)
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Are you legally allowed to be here?

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