Answer:
If the first rule is observed, the database is said to be in "first normal form." If the first three rules are observed, the database is considered to be in "third normal form." Although other levels of normalization are possible, third normal form is considered the highest level.
Answer:
B. $323,900.00
Explanation:
Nper = 300 periods
Rate = 8%/12
FV = 0
PMT = $2500
Amount to be Accumulated = PV(Rate,Nper,PMT,FV)
= PV(8%/12,300,2500,0)
= $323911.31
Therefore, The amount to be accumulated by the beginning of retirement to provide a $2,500 monthly check that will last for 25 years is $323,900
.
Answer:
PV of annuity due = $90,182.8 (Approx.)
Explanation:
Given:
Payment per year = $12,000
Number of year = 10
Interest rate = 7% = 0.07
Find:
PV of annuity due
Computation:
PV of annuity due = P + P[{1-(1+r)⁻⁽ⁿ⁻¹)/r]
PV of annuity due = 12,000 + 12,000[{1-(1+0.07)⁻⁽¹⁰⁻¹)/0.07]
PV of annuity due = $90,182.8 (Approx.)
Answer:
Derived demand
Explanation:
Derived demand occurs when a good is requested not for benefits they directly provide, but for their contribution to another product.
For example capital, land, labour, and raw materials are demanded for their role in producing a final product.
So they can be seen as goods that have derived demand.
When they demand for the final product increases the good that has derived demand also increases, and vice versa.
Answer: The answer is $1,092,865.5426
To the nearest whole dollar, we have:
$1,092,866
Explanation: from the question above, we will be calculating the present value of a cashflow of $93,000 over a period of 20 years, at a rate of 5.76%.
We will be performing a discounting operation.
Refer to the attached files below to see the calculations and how we arrived at the answer above.
