Answer: <em>Option (C) is correct.</em>
Explanation:
In the 21st century, business applications have come a long way. It has moved from transaction processing and monitoring to problem analysis, solution applications and other activities. Data monitoring isn't one of these activities. Since data monitoring specifically concentrates on ardently analyzing and evaluating data and also it's quality in order to make sure that it lies within the domain of the purpose.
Answer:
The answer is $4,221.77
Explanation:
Present value = Cash flow/(1+r)^n
where n is the number of years
Cash flow 1:
$1,150/1.11^1
=$1,036
Cash flow 2:
$1,030/1.11^2
=$835.97
Cash flow 3:
$1,520/1.11^3
=$1,111.41
Cash flow 4::
$1,880/1.11^4
=$1,238.39
Present Value of all the cash flows is
$1,036 + $835.97 + $1,111.41 + $1,238.39
=$4,221.77
Answer:
D : Cultural relativism
Explanation:
Cultural relativism is an idea that an action should be viewed in the context of the socio-cultural environment in question. If child labor is permitted in Country X, it implies that rival companies and competitors who use child labor will experience cheaper production cost and unless the multinational company does same, it may face the need to pul out of the market.
• For the first question, the answer is Letter C. The Gift and estate taxes are called wealth transfer taxes because gift and estate taxes are levied when a transfer of wealth or property takes place and are part of the unified transfer tax system.
• For the second question, the answer is Letter C. The tax base for the gift tax is reasonable market value of all gifts completed in the current year minus an annual donee elimination of $14,000, minus a marital deduction for gifts to spouse and charitable deduction if applicable, plus the value of all taxable gifts in preceding years. The tax base for the estate tax is the gross estate of the decedent, minus deductions for expenditures, and a marital or charitable deduction if applicable, plus taxable gifts made after 1976.
Answer:
FV= $94,108.42
Explanation:
<u>First, we need to calculate the future value of the 12 annual deposits:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {3,500*[(1.06^12) - 1]} / 0.06
FV= $59,044.79
<u>Now, the future value at the end of the 20 years (8 years more):</u>
FV= PV*(1 + i)^n
FV= 59,044.79*(1.06^8)
FV= $94,108.42