Switching to which base would allow you to easily reduce this down to the fraction 3/2 ?

log^4(8)

Question

Switching to which base would allow you to easily reduce this down to the fraction 3/2 ?

log^4(8)

anonymous · Answer

is this your question Switching to which base would allow you to easily reduce this down to the fraction 3/2 ?

log_4(8)

a) base 8
b) base 4
c) base 2
d) base 10

anonymous · Answer

cause if so the answer would be c

anonymous · Answer

since 4 = 2^2 and 8 = 2^3

anonymous · Answer

yes thankyou ! how did you do it like solve it ?

anonymous · Answer

It was a problem i asked before so i just took the answer that they gave me.

anonymous · Answer

They didn't really say how to solve it.

jdoe0001 · Answer

soooooo

anonymous · Answer

Well hoped this helped.

anonymous · Answer

bye

anonymous · Answer

oh lol thanks tho (: it did !

jdoe0001 · Answer

aheem... I'd think not
how is guessing help?

anonymous · Answer

buh byee

anonymous · Answer

it doesnt but i am just going to ask my online tutor how to explain it to me (:

ybarrap · Answer

The only way you can get 3/2 from a base of 2 is if
$$
\cfrac{\log_?8}{\log_?4}=\cfrac{\log_22^3}{\log_22^2}=\cfrac{3\log_22}{2\log_22}=\cfrac{3}{2}
$$