Respuesta :
It is a very simple problem, if you know the way for representing it in a proper manner. There are basically no complications associated with this problem.
Ln(x) = 1.5
Then
x = e^1.5
= 4.48
I hope the procedure is simple enough for you to understand. I also hope that this is the answer that you were looking for and the answer has actually come to your desired help.
Ln(x) = 1.5
Then
x = e^1.5
= 4.48
I hope the procedure is simple enough for you to understand. I also hope that this is the answer that you were looking for and the answer has actually come to your desired help.
Answer:
[tex]x=4.48169[/tex]
Step-by-step explanation:
We must remember first the definition of logarithm:
[tex]log_{b}a=c\\ b^{c}=a[/tex]
When our base ([tex]b[/tex]) is [tex]e[/tex](Euler's number≈2.72) we write it as
[tex]ln(a)=c\\e^{c}=a[/tex]
Now for our case we have
[tex]ln(x)=1.5[/tex]
we solve for x as we defined before ([tex]x[/tex] will be our [tex]c[/tex] and 1.5 will be our [tex]a[/tex])[tex]e^{1.5}=x\\x=4.48169[/tex]