1)
The sample variance can be calculated with this formula:
And we got:
And the sample deviation would be:
2)
And we got:
The median since we have 10 values would be the average between the 5th and 6th observations from the dataset ordered and we got:
And finally the mode would be the most repated value and we got:
3)
So then we can conclude that probably this distirbution is left skewed
Step-by-step explanation:
We have the following dataset given:
1.1, 5.2, 3.6, 5.0, 4.8, 1.8, 2.2, 5.2, 1.5, 0.8
Part 1
We can order the dataset on increasing way and we got:
0.8 1.1 1.5 1.8 2.2 3.6 4.8 5.0 5.2 5.2
The range can be calculated like this:
The sample variance can be calculated with this formula:
And we got:
And the sample deviation would be:
Part 2
The mean can be calculated with this formula:
And we got:
The median since we have 10 values would be the average between the 5th and 6th observations from the dataset ordered and we got:
And finally the mode would be the most repated value and we got:
Part 3
For this case we know that:
So then we can conclude that probably this distirbution is left skewed
1)
The sample variance can be calculated with this formula:
And we got:
And the sample deviation would be:
2)
And we got:
The median since we have 10 values would be the average between the 5th and 6th observations from the dataset ordered and we got:
And finally the mode would be the most repated value and we got:
3)
So then we can conclude that probably this distirbution is left skewed
Step-by-step explanation:
We have the following dataset given:
1.1, 5.2, 3.6, 5.0, 4.8, 1.8, 2.2, 5.2, 1.5, 0.8
Part 1
We can order the dataset on increasing way and we got:
0.8 1.1 1.5 1.8 2.2 3.6 4.8 5.0 5.2 5.2
The range can be calculated like this:
The sample variance can be calculated with this formula:
And we got:
And the sample deviation would be:
Part 2
The mean can be calculated with this formula:
And we got:
The median since we have 10 values would be the average between the 5th and 6th observations from the dataset ordered and we got:
And finally the mode would be the most repated value and we got:
Part 3
For this case we know that:
So then we can conclude that probably this distirbution is left skewed
1) Normal distribution A distribution that takes on the shape of a bell curve.
2) Standard Normal distributionA normal distribution with a mean 0 and a standard deviation of 1.
3) deviation difference between any value and the mean of
the set.
4) frequency distribution organizes data into categories called
classes.
5) range difference between the smallest term in the data and
the largest term in the data set.
6) standard deviation square root of variance.
7) Variance square of the standard deviation.
8) z-score deviation of a value x from the mean of the sample
divided by the standard deviation.
1) Normal distribution A distribution that takes on the shape of a bell curve.
2) Standard Normal distributionA normal distribution with a mean 0 and a standard deviation of 1.
3) deviation difference between any value and the mean of
the set.
4) frequency distribution organizes data into categories called
classes.
5) range difference between the smallest term in the data and
the largest term in the data set.
6) standard deviation square root of variance.
7) Variance square of the standard deviation.
8) z-score deviation of a value x from the mean of the sample
divided by the standard deviation.
Unlawful conduct, assault, and any law involving putting someone in danger of any controlled threat. I cant remember them all. Hope this helped if at all
B. use a familiar concept to communicate an idea
Explanation:
Basically, Passage 2 states the hypothesis that spotted green pigeon is a descendant of an island hopping bird and throughot the article, it provides evidence for this statement.
The discovery is that, since the DNA found in a green pigeon's feather was fragmented and they had to analyze only parts of it, the bird had an unique sets of DNA which distinguish it from other members of the pigeon species.
These analyzed parts of DNA are refered to as "mini barcodes".
Since target audience for this article might not be fully familiar with the concept and functions od DNA, researchers used a more familiar concept of barcodes as an analogy to communicate their idea and explain their discovery.
It will provide an instant answer!