Answer:
C.
They are different.
Step-by-step explanation:
Given that Alexander found the means-to-MAD ratio of two data sets to be 3.4.
Data set I has mean / mean absolute deviation as 3.4 times the data set II.
That is why the ratio = 3.4
This implies that the two data sets have different variations, and as a result different entries
They cannot be identical because ratio is not 1.
They cannot be similar as mad is higher for I data set
The only conclusion is option
C) they are different
A. 1
B. 14
C. 49
D. 5040
The value of ₇P₇ or P(7, 7) is 5040 after using the permutation formula option (D) 5040 is correct.
A permutation is the number of different ways a set can be organized; order matters in permutations, but not in combinations.
We have:
= ₇P₇
Here P represents the permutation:
We can calculate the value of ₇P₇ using the formula:
P(n, r) = n!/(n - r)!
n = 7
r = 7
Plug the above values in the formula:
₇P₇= P(7, 7) = 7!/(7 - 7)!
₇P₇ = 7!/(0)!
₇P₇ = 7!
₇P₇ = 7×6×5×4×3×2×1
The above represents a mathematical operation, Now multiply all the numbers.
₇P₇ = 5040
Thus, the value of ₇P₇ or P(7, 7) is 5040 after using the permutation formula option (D) 5040 is correct.
Learn more about permutation and combination here:
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a.)AnB b.)AUB
12(y + 11)
12y + 11
12 + 11y
12(11y)
Answer:
Step-by-step explanation:
The product of 12 and y is 12y.
If we increase this product by 11, we get
12y + 11
So the second answer choice is the correct one.
Answer:
Step-by-step explanation:12y+11
B.inches,ounces
C.feet,ounces
D.inches,pounds
B. inches, ounces
The other measurements would be too large for a newborn puppy and wouldn't be accurate.