If the radius is 3 and the height is 5, just plug in 3 and 5 to the formula.
Once we do so we get 47.12 as the volume.
-Steel jelly
This is a permutation because order does not matter, combinations are when order does matter. To determine how many unique combinations, permutations, there are for this problem, we need to use the "n choose k" formula:
p=n!/(k!(n-k)!), where n=number of elements to choose from, and k=number of choices made, in this case:
p=35!/(3!(35-3)!)
p=35!/(3!32!)
p=6545
So there are 6545 unique ways that a president, vice president, and secretary can be chosen from 35 members.
I believe that the zeros would be -2 and -6, assuming that the first 2 that you wrote in the equation is supposed to be a power to the x.
The correct answer is 5.60
Answer: B - The IQR is the most resistant to extreme values.
Step-by-step explanation:
The Inter Quartile Range like the Range is used to measure the distance between data points in a data set. So the higher the IQR is, the further the data points are from each other. The reverse is true. It is calculated by subtracting the first quartile in the data set from the third quartile meaning that it represents the range between 50% of the data set.
The advantage of the IQR is that it is most resistant to outliers (extreme values) because it focuses on data points that are closer to the middle. This therefore gives a better reflection of the data set when there are outliers present.
For example, observe the following data set;
1, 3, 5, 7, 9, 11, 13, 15, 17, 19, 21, 200
Interquartile range = Q3 - Q1
= 17 - 5
= 12
Range = 200 - 1
= 19
Notice how IQR is more reflective of the data set.