The answer for the problem is the option C, which is: <span>C. Angle Bisector Theorem.
The explanation is shown below:
By definition, a bisector of a angle is the line that bisects an angle, or in other words, it is a line that passes through a vertex and cut it into two angles that have the same measure. Keeping this on mind, if a point is located on </span><span>the bisector of an angle, then this point is equidistant from the two sides of the angle, this means that the distance between the point and the two sides are equal.</span>
Answer: 5 1/4
Step-by-step explanation:
8/3 + 2 7/12
8/3 + 31/12
= 21/4
= 5 1/4
<h3>Answer: Check out the screenshots below.</h3>
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Explanations:
Part 1
For the first box, we use the log rule that log(A)+log(B) = log(A*B)
Then in the second box, we'll convert to exponential form. The logs are assumed to be base 10.
The third box then factors and uses the zero product property.
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Part 2
We check each solution generated in part 1.
Plugging x = 5/3 will lead to the same number on each side. Therefore, x = 5/3 is a true solution.
In contrast, plugging x = -2 leads to a false equation. Recall that the domain of y = log(x) is x > 0. This means we cannot replace x with negative numbers. The value x = -2 is extraneous.
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Part 3
There's not much to explain here that isn't already done so on the screenshot below.
Independent
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“Rate of change” means the same as “slope.”
In algebra, we use the word "slope" to describe how steep a line
is and slope can be found using the ratio rise/run between
any two points that are on that line.
Starting from the point that has the coordinate (-1, -1),
we rise go 1 unit down so our rise is -1 and run 3 units.
So our slope or rise/run is -1/3.