Answer:
The answer is: If Orion wants to have $3,000 in two years, he must invest $2,572.02 today
Explanation:
To determine how much money Orion has to invest today in order to have $3,000 in two years, considering he will get an 8% compound interest rate, we can use this formula:
P = FV / (1 + r)²
Where:
P = $3,000 / (1 + 8%)²
P = $3,000 / 1.1664
P = $2,572.02
Answer: decreases
Explanation: In simple words, complementary goods are those goods which have negative relation with each other in respect of price and demand. The usage of one good is dependent on other in case of complementary relation.
For example - Petrol and petrol car are complementary goods, if the price of petrol increases the demand for petrol cars will decrease.
Hence we can conclude that the right answer to the given problem is decrease.
Answer:
Total amount at the end of 4 years = $135.16
Explanation:
A simple interest account pays interest on only the sum deposited at an annual rate for a specified period of time without compounding or adding the interest earned in a particular period in the calculation of interest earning for the next period. Thus, if 1000 is invested and interest s earned at 10% then the interest earned will remain constant for every period the money is still deposited in the account.
The formula to calculate interest under simple interest method is,
Interest = Principal * Annual Rate * Time in years
Total Interest earned = 109 * 6% * 4
Total interest earned = 26.16
Total amount at the end of 4 years = Principal + Interest
Total amount at the end of 4 years = 109 + 26.16
Total amount at the end of 4 years = $135.16
Answer:
B. Diplomatic Relations
Explanation:
Anything involving peaceful relationships and communications between multiple countries is diplomatic relations
Answer:
$7,500,000
Explanation:
Assume this process continues, with each successive loan deposited into a checking account and no banks keeping any excess reserves. Under these assumptions, the $1,500,000 injection into the money supply results in an overall increase of $7,500,000 in demand deposits
From the stated assumptions in the question,we will use the money multiplier to calculate the eventual effect of the $1,500,000 injection into the money supply.
Money multiplier can be calculated using this formula 1/r (r is the required reserve ratio)
Therefore, the resulting change in demand deposits is as follows:
Change in Demand Deposits = Change in Fresh Reserves ×1/r
= $1,500,000×1/0.20
= $7,500,000
