First you have to multiply the numbers out of the paranthesis, with the numbers in it:
then solve :
then solve :
In ANOVA analyses, when the null hypothesis is rejected, we can test for differences between treatment means by ________. Group
1 answer:
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To find the length of the side of the square, we just need to find the distance between the two endpoints. This problem can quickly be solved by using the distance formula, but for those who are not familiar with it, we can simply solve it by analyzing a triangle.
Take a look at the diagram below. We are interested in x. To find this we have created a right triangle. The horizontal component is just the distance between the x coordinates of the two points while the vertical component is the distance between the y coordinates.
The horizontal component is 9 and the vertical component is 5. We can now get x by using the pythagorean theorem:
which is approximately equal to 10.30 units.
ANSWER: The length of the side of the square measures 10.30 units.
Take a look at the diagram below. We are interested in x. To find this we have created a right triangle. The horizontal component is just the distance between the x coordinates of the two points while the vertical component is the distance between the y coordinates.
The horizontal component is 9 and the vertical component is 5. We can now get x by using the pythagorean theorem:
ANSWER: The length of the side of the square measures 10.30 units.