Answer: $30,600
Explanation:
First calculate the earnings for the year.
Revenue is given. Expenses are also given and come out of revenue. Dividends also come out of revenue as well.
Retained Earnings for the year is therefore,
Retained Earnings for the year = Revenue - Expenses - Dividends
= 62,000 - 44,900 - 2,300
Retained Earnings for the year = $14,800
This figure should be added to the retained earnings of the previous period to find the total balance.
= 14,800 + 15,800
= $30,600
$30,600 is the closing Balance on Retained Earnings after closing entries.
Answer:
The answer to this question is c.it is best to have money today, so it can be put to work sooner to make even more money.
Explanation:
The time value for money is the concept that money available at the present time is worth more than the identical sum in the future due to its potential earning capacity. This core principle of finance holds that provided money can earn interest, any amount of money is worth more the sooner it is received.
It emphasis on the fact that a dollar received today is worth more than a dollar received in the future because of some changes that may have occurred.
From the above explanation we can conclude that the answer is c.it is best to have money today, so it can be put to work sooner to make even more money.
Answer:
$1,818,181.81
Explanation:
Data provided:
Amount that will be provided a year = $50,000
Expected rate of return = 2.75%
Now,
The Present value of perpetuity is given as:
Present value of perpetuity =
on substituting the respective values, we get
Present value of perpetuity =
or
Present value of perpetuity = $1,818,181.81
Hence,
The amount that must be deposited today to fund this gift is $1,818,181.81
Answer:
the yield to maturity of this bond is 5.7%
Explanation:
given data
pays interest annually C = $64
face value F = $1,000
current market price P = $1,062.50
bond matures n = 30 years
solution
we get here yield to maturity that is express as
yield to maturity =
yield to maturity = [C+ (F-P) ÷ n] ÷ [(F+P) ÷ 2 ] .................1
put here value and we get
yield to maturity =
÷
yield to maturity = 0.057
so that the yield to maturity of this bond is 5.7%
When designing a building an architect consider following things;
<span>The site or place where the building is going to be constructed, second thing he considered is engineering, another thing he considered while designing is the needs of the user and the materials which are going to be used in constructing a building.</span>