<span>The answer is 1.43 % per day.
Calculations:
Formula for simple interest: I=PRT, where I=interest; P= borrowed amount; R=rate of interest in percentage; T=time for repayment
hence; P=$300, I=$60, T=14 days, then R=?
R={(I/PT) *100)}% per day={(60/300*14)*100}=1.43 % per day
interest rate (R) that Fred was charged for the aforementioned loan was 1.43 % per day</span>
Answer: Varies directly with nominal Gross Domestic Product (GDP).
Explanation:
The Transactions Demand for money refers to money that is kept by individuals, companies and even the Government to be able to purchase goods and services.
It varies directly with Nominal GDP because Nominal GDP includes inflation.
If Nominal GDP were to rise for instance, it would mean that Inflation has risen as well which means that people would need more money to be able to buy the now more expensive goods and services. This is an increase in Transactions Demand for money.
The reverse holds true signifying indeed that Transactions Demand for money varies with Nominal GDP.
Answer:
The correct answer is letter "A": both the value of a good to society and the cost to society of making the good.
Explanation:
Price is the monetary value of a good or service that consumers are willing to pay and producers are willing to accept. <em>For companies, it represents the production costs of the good plus the unitary revenue they expect to obtain. For consumers, it is the value they provide to the good offered according to the type of need the good is destined to fulfill.</em>
Answer:
Their combined future value will be 8,141.59.
Explanation:
Each deposit is invested at 12%, but for a different amount of years. So, the best thing would be to separate the three, calculate their value at the end of the third year for separated, and then obtain the grand total by adding up the results.
- First deposit = 1,200. It is invested for three years. The value at the end of year 3 is 1,200*(1.12)^3 = 1,685.91
- Second deposit = 2,200. It is invested for two years. The value at the end of year 3 is 2,200*(1.12)^2 = 2,759.68
- Third deposit = 3,300. It is invested for one years. The value at the end of year 3 is 3,300*(1.12) = 3,696.00
- The sum of the three deposits is 8,141.59.
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