Put the expressions in the appropriate order: $\frac { \ln 8 } { \ln e } , \frac { \ln 8 } { e } , \ln 8$ .
A) $\ln 8

Question

Put the expressions in the appropriate order: $\frac { \ln 8 } { \ln e } , \frac { \ln 8 } { e } , \ln 8$ .
A) $\ln 8 < \frac { \ln 8 } { e } < \frac { \ln 8 } { \ln e }$
B) $\frac { \ln 8 } { e } < \frac { \ln 8 } { \ln e } = \ln 8$
C)? $\ln 8 < \frac { \ln 8 } { e } = \frac { \ln 8 } { \ln e }$
D) $\frac { \ln 8 } { \ln e } < \ln 8 < \frac { \ln 8 } { \ln e }$
E)The expressions are equivalent.

Quizplus · Accepted Answer

The Answer of Put the expressions in the appropriate order: $\frac { \ln 8 } { \ln e } , \frac { \ln 8 } { e } , \ln 8$ .
A) $\ln 8 < \frac { \ln 8 } { e } < \frac { \ln 8 } { \ln e }$
B) $\frac { \ln 8 } { e } < \frac { \ln 8 } { \ln e } = \ln 8$
C)? $\ln 8 < \frac { \ln 8 } { e } = \frac { \ln 8 } { \ln e }$
D) $\frac { \ln 8 } { \ln e } < \ln 8 < \frac { \ln 8 } { \ln e }$
E)The expressions are equivalent.

Put the Expressions in the Appropriate Order ln⁡8ln⁡e,ln⁡8e,ln⁡8\frac { \ln 8 } { \ln e } , \frac { \ln 8 } { e } , \ln 8lneln8​,eln8​,ln8

Put the Expressions in the Appropriate Order $\frac { \ln 8 } { \ln e } , \frac { \ln 8 } { e } , \ln 8$