Answer:
$1,593,535.83
Explanation:
Future Value of mortgage determines the future value of a mortgage after payments have been made, at a regular frequency, charged a regular rate of interest, compounded at payment dates.
DATA
PV = $1,500,000
N = 24
r = 0.04/12
PMT = $1250
FV =?
Solution
PV = (PMT/r)*[1 – 1/(1 + r)^N] + FV/(1 + r)^N
1,500,000 = (1250/(0.04/12)) * (1 – 1/(1 + 0.04/12)^24) + FV/(1 + 0.04/12)^24
1,500,000 = 28785.31353687 + 0.92323916 FV
FV = (1,500,000 - 28785.31353687)/ 0.92323916
FV = $1,593,535.83
Greater understanding of your in tensions by those you lead
Answer:
$360
Explanation:
Interest Expense associated with the loan is the only operating cash flow. We need to calculate the interest expense first
As the note is issued on August 1, year 1, only 5 months has been passed on December 31, year 1, So we calculate the interest expense for only 5 months.
Interest Expense = Value of Note x Stated Interest rate x 5/12 = $10,800 x 8% x 5/12 = $360
It is assumed that the interest is paid on December 31, year 1.
Answer:
E) Oil imports declined as countries exporting oil reduced supply.
Explanation:
Oil is extremely important for industrialized nations and since Euphrasia is a mixed open economy, we can assume that it is an industrialized nation. Oil has become the most important energy source for more than 60 years and is the raw material for manufacturing plastic.
During the 1970s and early 1980s the American economy was shattered by an increase in the price of foreign oil and a decrease in its domestic production levels. The importance of oil is also why so many modern wars have been fought over oil production and reserves.
Answer:
B.
Explanation:
equilibrium is pretty much self explanatory, both the demand and quantity has to be equal
