Why is the bird on the right more likely to pass on its genes than the bird on the left?.

You have studied two other short stories, "the lady, or the tiger?" by frank r. stockton and "the necklace" by guy de maupassant

umka21 [38]

The plot of the "the lady, or the tiger?" by Frank r. Stockton, it tells the story about high classes of French society.

<h3>What is the story about?</h3>

The story titled "The Necklace" occurs in France and it took place in the mid nineteenth century.

Note that the context of the story is set on the high classes of French society and how Madame Loisel wans in dine need to belong to them.

Therefore, The plot of the "the lady, or the tiger?" by Frank r. Stockton, it tells the story about high classes of French society.

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3 0

2 years ago

How are you? How’s life?:)

Gemiola [76]

I’m doing so well and life is just life :) but what about u how has ur day been going

5 0

3 years ago

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What's the average score in an SAT and ACT?

masya89 [10]

The highest score is 1600 for SAT, for ACT it is an average between 21 and 22

4 0

3 years ago

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select the qualification best demonstrated in each example.ronin performs careful inspections to identify fire hazards.clay prov

Lady_Fox [76]

The qualification best demonstrated in each example are:

Reliability
Teaching and Leadership Skills.
Physical strength

<h3>What is the qualification status?</h3>

The term Qualification status is known to be that which shows or tells the formal certification that a person has.

Note that in the case of Ronin performing a careful inspections to identify fire hazards, his qualification will be Reliability.

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2 years ago

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To compare the average amount of time that canadians and americans spend commuting, a researcher collects a sample of canadians

yKpoI14uk [10]

The standard error of the difference of sample means is 0.444

From the complete question, we have the following parameters

<u>Canadians</u>

Sample size = 50
Mean = 4.6
Standard deviation = 2.9

<u>Americans</u>

Sample size = 60
Mean = 5.2
Standard deviation = 1.3

The standard error of a sample is the quotient of the standard deviation and the square root of the sample size.

This is represented as:

$SE = \frac{\sigma}{\sqrt n}$

The standard error of the Canadian sample is:

$SE_1 = \frac{2.9}{\sqrt{50}}$

So, we have:

$SE_1 = 0.41$

The standard error of the American sample is:

$SE_2 = \frac{1.3}{\sqrt{60}}$

So, we have:

$SE_2 = 0.17$

The standard error of the difference of sample means is then calculated as:

$SE= \sqrt{SE_1^2 + SE_2^2}$

This gives

$SE= \sqrt{0.41^2 + 0.17^2}$

$SE= \sqrt{0.197}$

Take square roots

$SE= 0.444$

Hence, the standard error of the difference of sample means is 0.444