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OpenStudy (study_buddy99):
am I right? (Alg 2) ( I award medals and maybe a testimonial :)) 3^-3*3^4*3^2=27^3
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OpenStudy (study_buddy99):
yay, thank you!
OpenStudy (zarkon):
you don't multiply the bases
OpenStudy (zarkon):
\[\Huge3^{-3}\times3^{4}\times3^{2}=3^{-3+4+2}=3^{3}\]
OpenStudy (zarkon):
\[3^{-3}\times3^{4}\times3^{2}=\frac{1}{3}\frac{1}{3}\frac{1}{3}3\cdot3\cdot3\cdot3\cdot3\cdot3\]
OpenStudy (zarkon):
\[=\frac{1}{\cancel{3}}\frac{1}{\cancel{3}}\frac{1}{\cancel{3}}\cancel{3}\cdot\cancel{3}\cdot\cancel{3}\cdot3\cdot3\cdot3\]
\[=3^3\]
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563blackghost (563blackghost):
O,o Excuse me, I must now go back and study multiplying exponents with common bases....
OpenStudy (study_buddy99):
according to mathway @563blackghost you're right
563blackghost (563blackghost):
@Zarkon is correct....
His simplification \(\Large{3^{3}=27}\) so Zarkon is correct...
OpenStudy (study_buddy99):
but... 3^3 is equal to 27 but 27 is in simplist form
OpenStudy (study_buddy99):
so wouldn't the answer be 27
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563blackghost (563blackghost):
Yes it would be \(\LARGE{27}\) but when I solved it I had put up \(\LARGE{27^{3}}\) which is incorrect...
OpenStudy (study_buddy99):
oh!
563blackghost (563blackghost):
yup
OpenStudy (study_buddy99):
but what if they were to have different bases?
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