Answer:
b. lower price than the pre-subsidy equilibrium, and buyers pay a lower one.
Explanation:
A subsidy is a governments intervention in the form of cash or tax cuts. The government offers subsidies to producers to motivate them to produce more or to lower their cost of production. As a result, there will be more products in the market or goods will be cheaper.
Equilibrium price refers to the price determined by the forces of supply and demand. It is the intersection of the demand and supply curve. It is the price that buyers are willing to pay for a certain quantity of a product; all other factors held constant.
Should a producer receive a subsidy, It will lower his cost of production. The producer's output will cost less. He can afford to offer sellers a lower price as a result of the subsidy. The traders will be able to sell the products in the market at a low price compared to a situation with no subsidy.
Answer: $3,564.50
Explanation:
The total amount that the company will pay for the merchandise is the net cost of the merchandise, less a 3% cash discount, plus the transportation costs. The cash discount normally only applies to the merchandise and not the transportation costs.
The cost of the merchandise is $3,600 less the $250 refund, which equals $3,350. With a 3% cash discount they will pay 97% of this amount, which is $3,249.50. After adding the additional transportation charge of $315, the total amount to be paid is $3,564.50.
Answer:
Payoff = $2 per share.
Explanation:
In a put option, the long (the party that buy the put) will have gain on the option when the underlying asset price is lower than the excercise price of that asset <em>(imagine the advantage that you can sell a chicken at $12 when it market price of is is only 10)</em>.
Because the stock price is $91, lower than exercise price of 93, so the company should exercise the put. Total payoff per share is 93 - 91 = $2.
<em>Note: We dont include premium to buy the put here because the question asking about payoff. We on include premium in calculations when the question is about profit.</em>
<span>Integrative negotiation </span>
Answer:
A) $24,602
Explanation:
We can solve this question by finding the periodic deposits needed by using the formula:
where:
FV= future value = $220,000
PMT = periodic deposits required = ???
i = effective interest rate per period = 0.0331
n= number of deposits = 8
However, since the interest is compounded monthly, let's also calculate the effective interest rate
Effective interest rate =
where; r = 12.5% = 0.125
= 0.1324
Interest rate per period =
= 0.0331
Then;
220,000 = PMT × 8.986
PMT =
PMT = $ 24,482.5
Since A) $24,602 is closer to $ 24,482.5
Therefore, $ $24,602 must be deposited every three months