Answer:
Annual deposit = $4100
Explanation:
Annual deposit = $4100
Number of years for retirement = 30 years
Future value of money = $1000000
Interest rate = 12%
Now use the below formula to find the annuity amount.
Annual deposit = Future value (A/F, r, n)
Annual deposit = 1000000 (A/F, 12%, 30)
Annual deposit = 1000000(0.0041)
Annual deposit = $4100
<u>Explanation:</u>
Note, the term diminishing marginal utility refers to an economic principle that states that the more unit of a particular commodity or service we consume, the more the satisfaction (utility) derived out of the consumption reduces or diminishes.
For instance, if I watched movies produced by a particular entertainment company for several days (eg Disney Studios), I may become dissatisfied using this particular entertainment provider and may decide to try another service (Netflix).
Another instance could occur after exercising, I'm given 3 bottles of coke, after taking my first bottle, the amount of utility I derive would reduce until I get to the third bottle, at this point I've reached my peak.
The law of diminishing marginal utility failed for someone I know who had used the same type of toothpaste and brushed her teeth at least once a day for a period of over 10 years.
Answer:
b longitudinal
Explanation:
it is b longitudinal. I just know
Answer: Option (a) is correct.
Explanation:
Given that,
Dividend in 2016 = $20,000
Preferred Shares = 400
Par Value of Preferred Stock = 400 × 10 = $4000
Rate of Dividend of Preferred Stock = 5%
(a) Dividend to preferred Shareholders:
= Par Value of Preferred Stock × Rate of Dividend
= $4000 × 5%
= $200
(b) Dividend to Common Shareholders:
= Total Dividend - Dividend to Preferred Shareholders
= $20,000 - $200
= $19,800
