Answer:
You will pay back the lender exactly <u>$21,000</u>, which will represent <u>$20,600</u> of purchasing power.
Explanation:
you will pay back the lender exactly $21,000, which will represent $20,600 of purchasing power.
$20,000 for this purchase at a 5 percent fixed rate
=$20,000*5/100
=$20,000*0.05 = $1,000
=$20,000 + $1,000 = $21,000
Inflation will be 2 percent this year
=$20,000*2/100
=$20,000*0.02 = $400
=$20,000 + ($1,000 - $400)
=$20,000 + $600 = $20,600
Answer:
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Answer:
False
Explanation:
The expected value of each course of action in a decision tree is not determined by starting at the beginning of the tree, instead it is a process because you need to make a desition and in some extend you espect to have some results but some of them are uncertain or unespected. in this kind of scheme Squares represent decisions, and circles represent uncertain outcomes. Then you need to calcule the desition nodes giving each option a cost or value, This will give you a value that represents the benefit of each decision. at the end calculating choose the option that has the largest benefit, and take that as the decision made. This is the value of that decision node.
Answer:
B. Historical cost principle
Explanation:
In accounting, historical cost principle indicates that a business or an organization must record and account for both assets and liabilities at their purchase or buying price. In points that during bookkeeping, while recording the worth of an assets, the purchase price used in buying it must be recorded. Here, Lisa bought the building for $35000 but recorded $50000 because she believes that to be the real value. By doing so, lisa has violated the historical cost principle concept.
Answer:
The answer is 16 years.
Explanation:
The formula for calculating the value of an investment that is compounded annually is given by:
Where:
is the number of years the investment is compounded,
is the annual interest rate,
is the principal investment.
We know the following:
And we want to clear the value <em>n</em> from the equation.
The problem can be resolved as follows.
<u>First step:</u> divide each member of the equation by 
:
<u>Second step:</u> apply logarithms to both members of the equation:
<u>Third step:</u> apply the logarithmic property 
in the second member of the equation:
Fourth step: divide both members of the equation by 
We can round up the number and conclude that it will take 16 years for $10,000 invested today in bonds that pay 6% interest compounded annually, to grow to $25,000.
