Answer:
Min. 1st Qu. Median Mean 3rd Qu. Max.
10.00 19.50 31.00 32.29 46.25 56.00
Step-by-step explanation:
Box and Whisker Plot shows the summary of data. It is used to visualize the basic things of data.
The five-number summary includes five things that are:
1. Minimum Value
2. First Quartile (Q₁)
3. Median
4. Third Quartile (Q₃)
5. Maximum Value
So,
1. Minimum Value = 10
It can be found by arranging the data in ascending order, the first value we will get is the minimum value.
2. <em>First Quartile</em> is the middle value between Minimum value and Median of data after arranging data in ascending order.
First Quartile (Q₁) = 19.50
3. Median is the middle value of the data after arranging them in ascending order.
Median = 31
4. The third Quartile is the middle value between Median and Maximum Value of data after arranging data in ascending order.
Third Quartile (Q₃) = 32.29
5. Maximum Value is the largest value of the data or is the last value after arranging the data in ascending order.
Maximum Value = 56.
IQR: IQR = 26.75
Interquartile Range (IQR) is the difference between the first and third quartiles.
Outlier: Their is no outlier present in given data. It is the point which is very different from other points present in dataset.
75+d=110 subtract 75 from both sides
d=$35
So she needs to deposit at least $35 to be able to pay the electric bill.
Here's the solutions :
1. solve for a :
2. solve for y :
3. solve for y :
4. solve for k :
5. there's something wrong with this question.
6. solve for x :
i hope it helped...
Answer:
the slope of MN= -5-1/3-(-6)=-2/3
two lines are parallel>> slopes are equal
equation of line = (y-y'=m(x-x'))
therefore, y-1= -2/3(x-6)
y-1 = -2/3x + 4
y+2/3x=5
Answer:
<em>Standard deviation for the number of people with the genetic mutation = 4.178</em>
Step-by-step explanation:
<u><em>Explanation</em></u>:-
Given random sample size 'n' =600
proportion of the Population 'p'=3% or 0.03
Let 'X' be the random variable in binomial distribution
Mean of the binomial distribution
μ = n p
= 600 X 0.03
= 18
<em>Mean of the binomial distribution ' μ ' =18</em>
<em>Standard deviation of the binomial distribution</em>
<em> σ = </em>
<u><em>Conclusion:</em></u><em>-</em>
<em>Standard deviation for the number of people with the genetic mutation = 4.178</em>
