Question

any body care to help?

Answer 1

\[\left( \log_{4}4 \right)^{10} - lne ^{2} - \log_{x}1 \]

Answer 2

What you need help with?

Answer 3

\[\left( \log_{4}4 \right)^{10} - lne ^{2} - \log_{x}1 \]

Answer 4

simplify

Answer 5

mmmmm thats higher then my grade math sorry ill see if i know someone that can help you

Answer 6

thanks

Answer 7

\[(\frac{ \log_{4} }{ \log_{4} })^{10} - \ln e ^{2} - \log_{x}1 \]

Answer 8

\[1 - \ln e ^{2} - \log_{x}1 \]

Answer 9

how do i deal with \[\ln e ^{2}\]

Answer 10

\[1 - \ln e ^{2} - \log_{1}1 \]

Answer 11

\[1 - \ln e ^{2} - 1\]

Answer 12

\[-lne ^{2}\]

Answer 13

what do i do next , am i missing something

Answer 14

-2lne :)

Answer 15

thanks @Yttrium your the best, i guess my step by step calculations were right?

Answer 16

lne^2=2

Answer 17

huh

Answer 18

and lne = 1. Therefore, what is the answer @LinuxMint

Answer 19

how do i get that answer?

Answer 20

2 * 1 = 2

Answer 21

Yes. You got it right! :))

Answer 22

if i look at @CGGURUMANJUNATH response then \[1^{2}\] = 1, @Yttrium shouldn't it be a log before i can move the exponent to the front?