Answer:
OPPORTUNITY cost of Ted=2/4=0.5 car wash
OPPORTUNITY cost of Tom=1/3=0.33 car wash.
OPPORTUNITY cost is amount of other good given to produce more of one good.
Ted has absolute advantage.
Tom has comparative advantage.
Explanation:
See attached picture.
The conclusion that can be drawn about the number of books supplied for $16 when an important production input of books increases is that the <u>quantity supplied</u><u> is reduced</u>.
<h3>How do production costs affect supply?</h3>
When production costs (input) increase, the quantity supplied at a given price decreases.
Conversely, a decrease in production costs increases the quantity supplied.
Thus, the conclusion that can be drawn about the number of books supplied for $16 when an important production input of books increases is that the <u>quantity supplied</u><u> is reduced</u>.
Learn more about supply and production costs at brainly.com/question/2223110
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Answer:
a business circle is a circle that is intentionally large enough to fit all the people that work in that business
Explanation:
the one your mom is in is the largest they almost didnt have enough room for her and she is the main reason it is so big so she could fit inside
jk lol
a business circle is actually circle that that is for all the different jobs that are related
The probability that you win something will be 1.
What is an probability in statistics?
The probability serves as a gauge for how likely an event is to occur. It gauges how likely an event is. P(E) = Number of Favorable Outcomes/Number of Total Outcomes is the formula for probability.
Can the probability of an event be 1?
If the chance is 1, the event will occur. There would be nothing you could do to prevent a road traffic collision if the likelihood of one was 1. It will occur. In reality, probability connected to commonplace events ranges between 0 and 1.
Can a probability be negative?
Although a quasiprobability distribution permits a negative probability or quasiprobability for some events, the probability of the result of an experiment can never be negative. These distributions may be applicable to conditional probability or unobservable events.
Learn more about probability: brainly.com/question/14210034
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