The new mean of the heights of the students after the two outliers have been removed to the nearest hundredth is 67.33 inches.
Mean is the average of a set of numbers. It is determined by adding the numbers together and dividing it by the total number
Mean = sum of the heights / total students
Sum of the heights = 50 x 68 = 3400 inches
Sum of heights after the outliers are removed = 3400 - 82 - 86 = 3232
New mean = 3232 / 48 = 67.33 inches
To learn more about mean, please check: brainly.com/question/25842202
B. Removing the outlier will not change the variance of the data set.
C. Removing the outlier will increase the variance of the data set.
D. Removing the outlier will decrease the spread of the graph of the data set.
Answer:
D.
Step-by-step explanation:
if you remove the low value outlier, the variation from the mean will decrease therefore decreasing the varianc.
Answer:
D. Removing the outlier will decrease the spread of the graph of the data set.
Step-by-step explanation:
Outliers increase the spread of the data set.
So removing an outlier will generally decrease the spread or variance or standard deviation of a data set.
The answer is
D. Removing the outlier will decrease the spread of the graph of the data set.
Well, the first thing you would do is find like denominators for each fraction.
Since the smallest common term between the two is 40, that will be your denominator for each. Then you would multiply the numerator by the number your denominator was multiplied to get to 40. So, you would end up with 16/40 because 5*8=40 and 2*8=16 and 5/40 because 8*5=40 and 1*5=5.
After that, you would just subtract them.
16/40 - 5/40 = 11/40 and as a decimal that is 0.275. So, Joe has eaten 0.275 more pizza than Jane.
Hope this helps! :)
II 3x + y + z
III 2x3y + y2x - 3x + 4
IV 9x3yz
A II, III, I, IV
B III, I, IV, II
C I, II, IV, III
D II, I, III, IV
Answer: 2134
Step-by-step explanation: