The probability that a randomly selected student is female and an undergraduate = 37%
The probability of being female or an undergraduate= 1.05
<h3>The male students</h3>
The male population = 55%
Therefore female population would be 1 - 0.55 = 45%
<u>Undergraduates</u> = 60%
The male undergraduate = 38%
Therefore female undergraduates = 60%-38%
= 22%
a. The probability that a randomly selected student is an undergraduate and female
= 
= 37%
B. The probability that the student is female or undergraduate
P(A or B)
= Probability of female = 45/100
Probability of undergraduate = 60/100
= 0.45 + 0.60
= 1.05
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Answer:
The correct response will be "Paying a premium price
".
Explanation:
- Each consumption has the fundamental economic intention of obtaining products that have the highest possible and the limit requirements at the lowest competitive prices.
- And therefore, satisfied customers frequently ignore that instinct because some other manufacturer is still connected to something like the commodity.
Answer:
False
Explanation:
The two sides are DEBIT and credit.
Answer: D. Heidi's share of profits is split among the remaining 3 partners.
Explanation: A general partnership is a form of business arrangement by which two or more individuals agree create a business, sharing in all assets, profits, and financial and legal liabilities. However, unless there is a signed written agreement between partners when starting the business, with a clause setting out what would happen on the occurrence of death, the general partnership dissolves after the death of a partner. If the partnership terminates, then the assets and outstanding liabilities are all sold and the proceeds are divided equally among the partners. Therefore, Heidi's share of profits is split among the remaining 3 partners.
Answer:
a) attached below.
b) for $x < $5000 will cause taking the drug to be part of the Nash equilibrium
c) will make the athletes feel better because the value their payoff will increase
Explanation:
<u>a) 2 * 2 payoff matrix describing the decision faced by the athletes </u>
attached below
when both players take the drug the payoff for each player = $5000 - x
when neither player takes the drug the payoff for each player = $5000
When only one player takes the drug his payoff = $10000 - x
<u>b) If we consider the value of $x to be involved in the Nash equilibrium then </u>
; $5000 - $x > 0 becomes the best response
hence for $x < $5000 will cause taking the drug to be part of the Nash equilibrium
c) Lowering the negative effect of the drug ( i.e. when the value of x is reduced )
will make the athletes feel better because the value their payoff will increase
