Summer would rather walk instead of taking the bus to get to Chichen Itza
For better understanding let's explain what the story is all about
- The story was centered around Summer and jake. The both wanted to go out in the answer above, but summer wanted to rather walk than taking the bus to get to Chichen Itza. They were both from Mexico. Chichen Itza is a popular place in Mexico where people can relax, have fun and see some amazing things of nature and inventions.
From the above we can therefore say that the answer Summer would rather walk instead of taking the bus to get to Chichen Itza is correct
Learn more about the benefits of walking from:
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Yes the retailer A is the efficient Frontier.
<h3>How is retailer A the efficient frontier?</h3>
When two retailers are in a competition based on costs and ambience, they would be identical. The retailer called A is the cheaper person than B. This means he has the better ambience hence A is the more efficient frontier.
The portfolios that are known to be at the bottom or below the frontier are those that would be termed sub optimal. The reason is because there are no sufficient returns that exists for the level of risks that they may carry.
Because retailer A is cheaper and it has better ambience than we are able to know that the efficient frontier is that of retailer A out of these two.
The importance is that it helps the retailers to be aware of the potential risks that their portfolios and the results that they carry.
Read more on the efficient frontier here:
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Answer:
One root of f(x) = x³ + x² - 22x - 40 is 5. If 5 is a root of the function, then
✔ x - 5
is a factor.
The result of dividing (x3 + x2 – 22x – 40) by
(x – 5) is x2 + 6x + 8. Select all of the factor(s) of x2 + 6x + 8.
✔ (x + 4)
✔ (x + 2)
The completely factored form of the polynomial is f(x) =
✔ (x – 5)(x + 2)(x + 4)
Explanation:
Answer:
According to Avogadro's number there are atoms present in one mole.
Therefore, we will calculate the number of moles present in atoms as follows.
Number of moles =
= 2.14 mol
Explanation: