Answer:
a) $101354
Explanation:
To calculate the future balance of the interest-earning account use following formula
FV = PV x ( 1 + r )^n
Where
FV = Future value = Balance of Interest-earning account after 3 years = ?
PV = present value = Amounr deposited in the account = $90,000
r = Periodic interest rate = 4% x 6/12 = 2%
n = Numbers of periods = Numbers of years x Compounding periods per year = 3 years x 2 periods per year = 6 periods
Placing values in the formula
FV = $90,000 x ( 1 + 2% )^6
FV = $101,354
Answer:
Charge a lower price in the United States and a higher price in Japan.
Answer:
For both 10,000 units and 20,000 units, the best alternative is Vendor B
Explanation:
Using the information provided in the question, we can write the following:
Annual Volume of 10,000 units
Internal Alternative 1
Variable costs = 170,000 (we multiply the variable cost per unit by total units)
Fixed costs = 20,000
Total costs = 370,000
Internal Alternative 2
Variable costs = 140,000
Fixed costs = 240,000
Total costs = 380,000
Vendor A
Total cost = 200,000 (we simply multiply the price by the quantity)
Vendor B
Total cost = 180,000
Vendor C
Total cost = 190,000
The cheapest option is Vendor B
Now for the 20,000 units:
Internal Alternative 1
Variable costs = 340,000
Fixed costs = 200,000
Total costs = 540,000
Internal Alternative 2
Variable costs = 280,000
Fixed costs = 240,000
Total costs = 520,000
Vendor A
Total cost = 400,000
Vendor B
Total cost = 360,000
Vendor C
Total cost = 380,000
Therefore, Vendor B is once again, the cheapest alternative.
<span>This is called data warehousing. This is a core element of business intelligence. Data warehouses store both the current and historical data in one place. The data warehouses can be used to create analytical reports for knowledge workers throughout the enterprise.</span>
