Answer:
log[3(x+4)] is equal to log(3) + log(x + 4), which corresponds to choice number three.
Explanation:
By the logarithm product rule, for two nonzero numbers 
 and
 and 
 ,
, 
 .
.
Keep in mind that a logarithm can be split into two only if the logarithm contains the product or quotient of two numbers. 
For example, 
 is the number in the logarithm
 is the number in the logarithm 
![\log{[3(x + 4)]}](https://img.qammunity.org/2020/formulas/mathematics/middle-school/7i8s8tidcry88p5hj9hnr30xg7xpd6a1z3.png) . Since
. Since 
 is a product of the two numbers
 is a product of the two numbers 
 and
 and 
 , the logarithm
, the logarithm 
![\log{[3(x + 4)]}](https://img.qammunity.org/2020/formulas/mathematics/middle-school/7i8s8tidcry88p5hj9hnr30xg7xpd6a1z3.png) can be split into two. By the logarithm product rule,
 can be split into two. By the logarithm product rule, 
![\log{[3(x + 4)]} = \log{(3)} + \log{(x + 4)}](https://img.qammunity.org/2020/formulas/mathematics/middle-school/q8vrpdq1ww6djndewycm06ahydvu4mwp86.png) .
.
However, 
 cannot be split into two since the number inside of it is a sum rather than a product. Hence choice number three is the answer to this question.
 cannot be split into two since the number inside of it is a sum rather than a product. Hence choice number three is the answer to this question.