6^2x8^2 can be written 6^2x8^2^3 why can thee exponent 1 be removed?
exponent one ? I don't see that one
ugh my bad well yeah thats what i said but i guess its a typo its 2^1 i think
not 2^3
did you mean \(\large 6^2\times 8^2 \implies 6^2\times 8^{2^{\color{blue}{ 1?}}}\) by any chance?
yeah lol
well.. any number raised to 1, is just itself, thus an exponent simply states how many times a number must add by itself so "2" raised to "1" means " add 2 by itself one time"
so much work...
oh so 4?
4?
you said add 2 by itself. can i just have the answer im so brain dead i just want to finish the class
any number raised at 1, is just itself
okay so how do i solve it?
oh nvm would it be the same? idk like 2^6?
hmmm what are you mean to solve again? looks just like a simple multiplcation
its expanded form exponents
and yeah it does but idk
its a word question
ohhh hahemm \(\large \bf 8\to 2\cdot 2\cdot 2\to 2^3\qquad thus\implies 8^2\implies (2^3)^2\) if that's what you mean
yeeeeaahhh that looks like it could be right
well... you asked "wordedly" if the 1 could be removed.... so hmm thus what I said
well... the exponent states how many times the number must multiplly by itself, no add and the multiplication is an addition of it
my teacher will understand it
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