Answer:
(x²-16x)
Step-by-step explanation:
thats all just multiply then
<u>Univariate statistical tests are most appropriate for testing hypotheses that compare the characteristics of two groups</u> is False
Univariate statistical tests are statistical test that are used to observe a single variable. We can have one or more independent variables but we study only one dependent variable.
So, univariate statistical tests are not most appropriate for testing hypotheses that compare the characteristics of two groups.
So, <u>Univariate statistical tests are most appropriate for testing hypotheses that compare the characteristics of two groups</u> is False
Learn more about univariate statistical tests here:
brainly.com/question/13415579
We have no way of knowing how 'x' and 'y' are related, or whether
changing one of them causes the other one to change at all.
There's no way to know that until you give us at least two points.
For example, let's say that 'x' and 'y' are the coordinates of points on a line.
-- If the equation of the line is [ x = 6 ], then it doesn't matter what 'y' is.
'x' is going to be 6 when y=12, also when y=-24, and also when y=4 million.
-- If the equation of the line is [ y = 2x ], then x=6 when y=12,
and x=-12 when y=-24.
-- If the equation of the line is [ y = 10x - 48 ], then x=6 when y=12,
and x=2.4 when y=-24.
You've told us only that the point (6, 12) is on the line. There are an
infinite number of lines that can go through that point on the graph, and
every one of them has a different value for 'x' when y=-24 .
Step-by-step explanation:
Here's the answer, goodluck
