Answer:
d
Explanation:
A good has positive externality if the benefits to third parties not involved in production is greater than the cost. an example of an activity that generates positive externality is research and development. Due to the high cost of R & D, they are usually under-produced. Government can encourage the production of activities that generate positive externality by granting subsidies.
A good has negative externality if the costs to third parties not involved in production is greater than the benefits. an example of an activity that generates negative externality is pollution. Pollution can be generated at little or no cost, so they are usually overproduced. Government can discourage the production of activities that generate negative externality by taxation. Taxation increases the cost of production and therefore discourages overproduction. Tax levied on externality is known as Pigouvian tax.
Government can regulate the amount of externality produced by placing an upper limit on the amount of negative externality permissible
Coase theorem has been proposed as a solution to externality. According to this theory, when there are conflicting property rights, bargaining between parties involved can lead to an efficient outcome only if the bargaining cost is low
Another solution to negative externality is through the activities of charities. Charities can raise donations to limit or regulate the activities of firms that constitutes a negative externality.
I think it’s D I don’t know if I’m wrong or right but D sounds right
The dividend will be $4.015
<u>Explanation:</u>
The given data is: Initial dividend given is = $3 and growth rate given is = 6%
the following formula is used in order to calculate the dividend
dividend at time 5 = d0 multiply with (1+growth rate) power 5
= $3.00 multiply with (1+0.06) power 5
=>$3.00 multiply (1.33822558)
=>$4.015 (rounded to two decimals).
<u>Note :</u> The dividend is the amount that is paid by the company to its shareholders. The amount of dividend may vary from year to year depending upon the profitability level of the company that it earned during the year.
C is the answer for this question.
Answer:
$50,258.
Explanation:
According to the scenario, computation of the given data are as follow:-
We can calculate the deposit amount at the end of 15 years by using following formula:-
Deposit Amount per year(PMT) = $2,000
Interest rate = 7% = 0.07
Deposit year (n) = 15 years
Future value(FVIFA) = PMT × [{(1 + interest rate)^number of years - 1} ÷ interest rate]
= $2,000 × [{(1 + 0.07)^15 - 1} ÷ 0.07]
= $2,000 × [{2.7590315 - 1} ÷ 0.07]
= $2,000 × [1.7590315/0.07]
= $2,000 × 25.129022
= $50,258
According to the analysis total deposit at the end of the year is $50,258.
