Do you like math? Try solving this, no three positive integers a, b, and c can satisfy the equation a^n + b^n = c^n for any integer value of n greater than two. Can you find numbers that satisfy this? Good luck :)
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blackbelt4eva BuilderBuilder ⛰️ Ex-Tycoon ⚜️⚜️⚜️
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RyanBlocks2 EcoLeaderEcoLeader ⛰️⛰️⛰️ Ex-Tycoon ⚜️⚜️⚜️ Premium Upgrade
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CoobaDiver BuilderBuilder ⛰️ Ex-Mayor ⚒️⚒️
Wouldn't this be unsolvable? If you hadn't discounted n=2, you could have used any of the Pythagorean triples.... Are there even numbers that prove this?
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blackbelt4eva BuilderBuilder ⛰️ Ex-Tycoon ⚜️⚜️⚜️LOL! Duh I should have known, but seriously wanna actually try and find an answer?
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blackbelt4eva BuilderBuilder ⛰️ Ex-Tycoon ⚜️⚜️⚜️The point is to find an answer using exponents greater than 2, because of Pythagorean theorem.
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blackbelt4eva BuilderBuilder ⛰️ Ex-Tycoon ⚜️⚜️⚜️
Try listing numbers and combinations you've tried so no one repeats them.
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Mephisto893 BuilderBuilder ⛰️ Ex-Resident ⚒️
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blackbelt4eva BuilderBuilder ⛰️ Ex-Tycoon ⚜️⚜️⚜️No :s (how did you figure it out?!?!), but seriously no it was just a theorem that someone mentioned to me with this same challenge.
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RyanBlocks2 EcoLeaderEcoLeader ⛰️⛰️⛰️ Ex-Tycoon ⚜️⚜️⚜️ Premium Upgrade
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blackbelt4eva BuilderBuilder ⛰️ Ex-Tycoon ⚜️⚜️⚜️Lmao, don't google the answer... where is the fun in that?
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blackbelt4eva BuilderBuilder ⛰️ Ex-Tycoon ⚜️⚜️⚜️:D isn't it? Just because the problem seems so simple to grasp, but it is way more complex.
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XvKarnagevX BuilderBuilder ⛰️ Ex-Resident ⚒️
I shall take this challenge, only because I like math. I'm sure if I asked my math teacher he would give me an answer right away. >.> He is the Dual enrollment teacher. Teaching college classes in high school and sheet
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XvKarnagevX BuilderBuilder ⛰️ Ex-Resident ⚒️
Nope can't do it
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blackbelt4eva BuilderBuilder ⛰️ Ex-Tycoon ⚜️⚜️⚜️If you think its impossible, prove why.
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XvKarnagevX BuilderBuilder ⛰️ Ex-Resident ⚒️
Well I just don't have the time, really. I would really like to find out the answer but it seems like it will take a while.
Earlier I was thinking that I found it because I was being all stupid and thinking that a^n+b^n=c^n is the same as saying (a+b)^n=c^n but nope, that isn't one of the laws of exponents -
monkeyBUTT244 epicBuilder ⛰️ Ex-EcoMaster ⚜️⚜️⚜️⚜️ Premium Upgrade
Brain not compatible. Please update to 1.6.4 v1.