The means and mean absolute deviations of the individual times of members on two 4x400-meter relay track teams are
2 answers:
Answer:
9%
Step-by-step explanation:
To find the percentage of Team B's mean absolute deviation difference in the means, you have to subtract the two means, 59.32-59.1.
After this, divide your answer the the mean absolute deviation of Team B, or you could put it all in the calculator or paper like this:
You'd then end with the decimal: .0916, which you would multiply by 100 to get about 9%
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Answer:
9%
Step-by-step explanation:
To find the percentage of Team B's mean absolute deviation difference in the means, you have to subtract the two means, <u>59.32-59.1.</u>
After this, divide your answer the the mean absolute deviation of Team B, or you could put it all in the calculator or paper like this:

You'd then end with the decimal: .0916, which you would multiply by 100 to get about 9%
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(6b + 42)(b - 3)
To check the answer, use the method FOIL.
Answer:-7x+2y=2
Step-by-step explanation:
(-2x+y=8)-(5x-y=6)
(-2x+y=8)> this side change since it’s negative
(-2x+y=8) - (-5x+y=-6)
-7x+2y=2
Answer:
I would set this up as:
let: lesser number = x
greater number = 2x + 5
Restating the word problem:
lesser number + greater number = 38
x + 2x + 5 = 38
Solving: 3x + 5 = 38
- 5 -5
---------------
3x = 33
--- ---
3 3
x = 11
Substitution for the greater number:
2(11) + 5
22 + 5
27
Mid point of x:
{2-(-6)} : 2
8 : 2
4
mid point of y:
(5-3) : 2
2 : 2
1
so (4,1)
The answer is:
Nth term=200n-238