GIVEN:
We are given the parent function,
[tex]f(x)=logx[/tex]
And this has been transformed to get another function,
[tex]f(x)=\frac{1}{2}log(-x+3)-4[/tex]
Required;
To identify the transformations that have been made from the parent function.
Step-by-step solution;
To identify the transformations that have taken place, observe the following;
When the parent function is multiplied by a value, then its vertically stretched, hence we have a vertical stretch by 1/2.
When the parent function is switched from x to negative x, then we have a reflection in the y axis.
Also when a parent function is changed
[tex]\begin{gathered} From; \\ f(x)=x \\ \\ To; \\ f(x)=(x+h) \end{gathered}[/tex]
The rules of transformations states that this is a movement minus h units along the x-axis.
Therefore we have, -3 units in the x direction.
And also, when the parent function is changed
[tex]\begin{gathered} From; \\ f(x)=x \\ \\ To; \\ f(x)=(x)-h \end{gathered}[/tex]
The rules of transformations states that is a movement h units down the y-axis.
Therefore, we have, -4 units along the y-axis.
Therefore, for the function of the graph given, we have;
ANSWER:
[tex]\begin{gathered} Reflection\text{ }in\text{ }y-axis \\ \\ Vertical\text{ }stretch\text{ }by\text{ }\frac{1}{2} \\ \\ -3\text{ }units\text{ }in\text{ }the\text{ }x\text{ }direction \\ \\ -4\text{ }units\text{ }in\text{ }the\text{ }y\text{ }direction \end{gathered}[/tex]
Option B is the correct answer