Answer:
Budgeted operating expense for Credit Card transactions:
Credit Card Transaction fee $0.20 x 30,000 + 1.5% of $9,000,000 = $141,000
Explanation:
The first element of the budgeted expense is $0.20 of 30,000 transactions. This gives a value of $6,000.
The second element is 1.5% of the transaction value. This gives a value of $135,000.
When added up, we have a total of $141,000 as the total expense to be budgeted for credit card transactions.
The essence of having such separate charges is to capture the volume of transactions as well as the value. Transaction-based services are usually priced to include costs based on volume and value.
It is generally considered to be fair for the two parties involved. Sometimes, the volume may be less but the value more and vice versa. In order to compensate the service provider fairly, such arrangements are made to integrate volume and value in the pricing scheme.
Answer: 14 years
Explanation:
The question states that an individual has $25,832.81 in a brokerage account, and plan to deposit an additional $4,000 at the end of every future year until the money in the account totals $210,000 and it's expected to earn 10% annually on the account.
To know the number of years that it'll take to reach the goal, we'll solve this in Excel as:
= =NPER (10%,-4000,-25832.81, 210000).
= 14 years
Therefore, it'll take 14 years to reach the goal.
We have to go backwards:
After the discount in July ( 50 % ), the cost of jeans is $25.50
So the price before this discount was 2 * $22.50 = $45
In June, the price was reduced by 25%.
45 ------------------75%
x --------------------100 %
45 : x = 75 : 100
45 * 100 = 75 x
4,500 = 75 x
x = 4,500 : 75
x = $60
Finally, in May the price was 250% of its wholesale cost.
60 ----------------- 250%
x -------------------100 %
60 : x = 250 : 100
6,000 = 250x
x = 6,000 : 250
x = $24
Answer: The cost of the jeans in the wholesale was $24.
The real rate of return is 3.15%.
What is real rate of return?
The annual percentage of financial gain on an investment that has been prorated for inflation is known as the real rate of return. As a result, the real rate of return provides an accurate representation of the real purchasing power of the a given sum of money over time. The investor can calculate how much more of a nominal return seems to be real return by adjusting this same nominal return to account for inflation. Investors must account for the effects of additional factors, including such taxes and investing fees, in addition to adjusting for inflation, in order to calculate real returns on their investments or to make investment decisions. Subtracting this same nominal interest rate from the inflation rate yields the real rate of return.
1+real rate = (1+rate of return) / (1+inflation)
1 + real rate = (1+0.0645) / (1+0.032)
1 + Real Rate = 1.0315
Real Rate = 0.0315 = 3.15%
To learn more about real rate of return
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This is an example heterogeneity because each service has unique charecteristics.
