The nation that has the absolute advantage in peanuts is India.
<h3>How to solve for the absolute advantage of these countries</h3>
a. The country that has the absolute advantage in the pounds of peanuts is India. They are able to produce 10 million worth of the product.
b. This is in the attachment
c. From the calculated opportunity costs, India has been shown to have the comparative advantage in peanuts so they have to specialize here.
The US on the other hand has to specialize in pecans because they have the comparative advantage in it.
d) The PPC for each country is a diagram
e. ) The terms of trade would be a pound of peanut for a pound of pec an for the countries.
Based on this the US would produce 10 units for pecans. They would use 5 units and exchange the remaining 5 units of pecans for 5 units of peanuts from India.
India is also going to do likewise.
Read more on production possibility curve here:
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The probability that the proportion of patients who wait less than 30 minutes is 0.582 or less is 0.0020
<h3>What is probability? </h3>
Probability can be defined as the likelihood of an event to occur. In statistics, the mean of the sample distribution typically shows the probability of the population.
From the parameters given:
- The sample size (n) = 55 patients
- Let's assume that the mean (x) = 32 (i.e. 58.2%) of the patients
The sample proportion
can be computed by using the expression:



If the percentage of the probability of all patients in the emergency room = 0.75
The probability that the proportion of patients who wait less than 30 minutes is 0.582 or less can be computed as:



From the Z distribution table:


Learn more about probability here:
brainly.com/question/24756209
Answer:
it woukd be B becahse if the tennis ravket hits it like that...it will go up ibto the air because of the impact and friction
Answer:
Delete
Explanation:
When writing a story, just stick
to things on topic.