Answer:
C. Variable inflation is associated with high transaction costs
Explanation:
Because of uncertainty about future inflation, it may not uncertain relative to its price change. Therefore, option A is not correct.
In order to maximize financial position, inflation harms borrowers and helps lenders, so option B is also incorrect.
Option C is correct because variable inflation is associated with high transaction costs in order to maximize the financial position. For example, if the inflation rate is 5% during first quarter, the price level is not much to disrupt the financial position. Again, in the next quarter, if the inflation rate changes to 4%, the position will be effective more. However, if it increases, it will not affect too much.
Answer:
a.reduced MI and increases M2
Explanation:
Hope that help you!!
Answer:
To calculate the amount of interest that Cecil was charged we can use the following formula:
interest charged = (APR / 365) x 30 days x adjusted balance
where:
Adjusted balance = previous balance – current payments = $340 - $150 = $190
interest charged = (19% / 365) x 30 x $190 = $2.97
Answer:
b. Cash received from customers at the time services were provided.
Explanation:
When a business recieves payment for goods or services rendered it has earned revenue.
Revenue is defined as the income that a business generates from normal business activities such as sales of goods and services.
It is also called sales turnover.
Answer:
2.87%.
Explanation:
The total return, also refer to as Nominal return or Money return, is based on the nominal interest rate. For example, let's say that you deposited $100 into a bank account and the bank offers you an annual return of 11%. This 11% is the stated interest rate, it is known as nominal interest rate, and it is rate before taking into account the effect of inflation. When we deduct the effect of inflation from nominal rate, it gives us the real rate. Real rate reflects the Purchasing Power. The Fisher equation will be used to determine the expected inflation rate. The Fisher equation is as follows:
(1 + i ) = (1 + r) * (1 + h)
where
i = Nominal (Money) rate
r = Real rate
h = Inflation rate
Simply adjust the equation to calculate the inflation rate;
⇒ h = [(1 + i) / (1 + r)] - 1
OR h = [(1 + .11) / (1 + .079)] - 1 = 2.87%.