the ph of a solution is a measure of how acidic it is. the greater the acidity, the lower the ph. the…

the ph of a solution is a measure of how acidic it is. the greater the acidity, the lower the ph. the function $f(x)=-log x$ gives the ph of a solution, where $x$ is the concentration of hydrogen ions, in moles per liter.\nthe graph of $f(x)=-log x$ is a \nvertical translation, horizontal translation, reflection in the x - axis, reflection in the y - axis of the graph of

the ph of a solution is a measure of how acidic it is. the greater the acidity, the lower the ph. the function $f(x)=-log x$ gives the ph of a solution, where $x$ is the concentration of hydrogen ions, in moles per liter.\nthe graph of $f(x)=-log x$ is a \nvertical translation, horizontal translation, reflection in the x - axis, reflection in the y - axis of the graph of

Answer

Explanation:

Step1: Recall transformation rules

The parent - function of $y =-\log x$ is $y=\log x$.

Step2: Analyze the transformation

For a function $y = f(x)$, if we have $y=-f(x)$, it represents a reflection of the graph of $y = f(x)$ in the $x$ - axis. Here, $f(x)=\log x$ and our function is $y =-\log x$, which is of the form $y=-f(x)$.

Answer:

reflection in the x - axis