Answer:
The F-Ratio increases as, the variability between means increases relative to the variability within groups
Step-by-step explanation:
The F-Ratio is given as follows;
![F-Ratio = \dfrac{MS_{between}}{MS_{within}}](https://tex.z-dn.net/?f=F-Ratio%20%3D%20%5Cdfrac%7BMS_%7Bbetween%7D%7D%7BMS_%7Bwithin%7D%7D)
Where;
= The variance between groups
= The variance within groups
Therefore, as the F-Ratio increases, the variability between groups (means) increases relation to the variability within groups
Omgggg an iready diagnostic..
Theirs no picture, I dong know if you forgot to put it along with it but theirs nothing to answer
Answer:
<h2>The Answer would be (0.25, -0.25)</h2>
Step-by-step explanation:
Since you started at the origin of the plane, it would be obvious that your place would be 0.25 on the x-axis. The template for this would be (x,y) x- right and left. y- up and down. On the y-axis, the bug moved 0.25 DOWN to point A. That would be a negative since on the y-axis, it counts up to positives and down to negative. Similar to the x-axis, it counts right to positives, left to negatives. Hope this helped!
Answer:
It is the last one. (16 for 2 tickets)
Step-by-step explanation:
To make it a unit fraction you have to divide the denominator by itself to get 1. 2 divided by 2 equals 1. To keep the fraction equivalent divide the numerator by 2 as well. That equals 8. This makes the unit rate
1/8 Which is the biggest