Answer:
I would say A. If correct would atleast consider brianlist ehhe:)
Explanation:
The throws made by the dart thrower shows that the person is both accurate and precise.
Accuracy is a measure of how close an obtained value is to the actual value. Hence, since the dart is close to the center of the target. Then it is accurate.
Precision describes how a series of obtained values are close to one other. Since the five darts are position of the five darts are close to one another, then the throw is precise .
Therefore, the person who threw the darts is both precise and accurate.
Learn more : brainly.com/question/11951857
We can conclude that the "total audience viewing behavior measurement" approach: measures audience viewing behavior regardless of which device the content was consumed from.
<h3>What is "Total Audience Viewing Behavior Measurement" Approach?</h3>
In simple terms, "total audience viewing behavior measurement" approach is an approach which companies use to measure the consumption behavior of viewers regardless of which device they use in consuming the content.
This approach covers both active and passive metering devices.
Thus, we can conclude that the "total audience viewing behavior measurement" approach: measures audience viewing behavior regardless of which device the content was consumed from.
Learn more about "total audience viewing behavior" on:
brainly.com/question/13171394
Answer:
<em>B.) M + 7</em>
Explanation:
Since the average (arithmetic mean) of two numbers is equal to the sum of the two numbers divided by 2, the equations X = m+9/
2
, Y = 2m+15/2
, Z = 3m+18
/2 are true. The average of x, y, and z is given by x+y+z
/3
. Substituting the expressions in m for each variable (x, y, z) gives:
[
m+9
/2
+
2m+15/
2
+
3m+18/2
] / 3
This fraction can be simplified to <em>m+7.</em>
