Answer:
P = MR = 1
Explanation:
The demand function is q = 25 - 12p.
The total income is the price of potatoes multiplied by the quantities of potato --> P * Q
p*q = p*(25-12p)
p*q = 25p - 12p^2
the first derivative of the previous equation is the marginal revenue. In perfect competition the Price = Marginal revenue.
First derivative of total income ---> 25-24p
And MR = P
25-24p=p
25=25p
<h2>p=1</h2>
Answer:
Assuming that you can only choose one answer, the most suitable one would be (A) Chris designs models to make traffic flow better, which enables Brian to get to his company’s warehouse faster.
Explanation:
This answer is correct because Chris is a traffic planner – thus he merely designs the traffic flow, he does not create it, thus making answer (D) incorrect. Though (B) is true, it doesn’t relate to Chris’ career, making it false as well. As for (C), the answer is not correct because Chris doesn’t design the maps of the state, he only designs the traffic flow.
Answer:
Explanation:
The comparison of psychological benefits to actual tangible costs depends on the individual in question. If the individual is constantly stressed to the point which the stress is affecting his/her health, work performance, mood, behavior around family, etc. then the tangible costs of going on vacation may be worth it. This is because a vacation would provide a moment of relaxation which would relieve all of that individual's stress and in doing so improve the individual's work performance, health, and overall quality of life. Therefore, the comparison between physical benefits to costs is always going to be a personal opinion.
Answer:
He may still be covered in some cases.
He faces more risk than insured people do.
He may have to take precautions but many factors are beyond his control.
Not being able to afford insurance was a factor in him not being covered.
Explanation:
I got it correct
Explanation:
I = Prt
I = (10000)(.11)(4) = $4400
Total Cost = Down Payment + Principal Borrowed + Interest
Total Cost = 2000 + 8000 + 4400
= $14,400
Monthly Payment = (Principal Borrowed + Total interest) / Total number of payments
Monthly Payment = (10,000 + 4400) / 48
= $300
APR= (2 × n × I) / [P × (N + 1)]
APR = (2 × 12 × 4400) / [10,000 × (48+1)]
= 21.55%
