Answer:
Option c) cannot be known with perfect certainty and, although not known with perfect certainty, do allow the advisor to create more suitable portfolios for the client.
Explanation:
The indifference curves notably cannot be calculated on a precise point but the theory does allow for the invention or creation of more suitable portfolios for investors that has dissimilar levels of risk tolerance.
An Indifference curve is commonly known as a line. The line depicts or shows combinations of goods among which a consumer is indifferent. It shows also the combinations of goods that can be are affordable. In the curve,consumer tend to not like or desire one combination of goods to another combination of goods that is shown on a curve/line.
<span>the demand for motor oil would tend to be price inelastic.</span>
Answer:
And we can solve for y and we got:
And using condition (1) we can solve for x and we got:
So then the minimum cost for this case would be:
Explanation:
For this case the graph attached illustrate the problem for this case
We know that the total area is 60000, so then we have:
If we solve for x we got:
(1)
Now we can define the cost function like this:
We can use the condition (1) and if we replace in the cost function we have:
Since we need to minimize the cost, we can derivate the function in terms of y and we got:
And we can solve for y and we got:
And using condition (1) we can solve for x and we got:
So then the minimum cost for this case would be:
Answer: $40,000
Explanation:
Kline brings in equipment that is worth $60,000 but has a basis of $45,000.
The equipment however is subject to a loan of $10,000.
This loan will have to be deducted from the basis. The partnership however is assuming the loan and Kline is only 50% liable in the partnership so Kline's basis will only be affected by half of the loan.
Basis = 45,000 - 5,000
= $40,000
Answer:
c) $20,000.
Explanation:
The computation of the estimated ending inventory is shown below:
We know that
Cost of goods sold = Beginning inventory + purchase made - ending inventory
And, the
Sales - gross profit = Cost of goods sold
$100,000 - $100,000 × 30% = Cost of goods sold
So, cost of goods sold would be
= $100,000 - $30,000
= $70,000
Now the ending inventory would be
$70,000 = $18,000 + $72,000 - ending inventory
$70,000 = $90,000 - ending inventory
So, the ending inventory would be
= $90,000 - $70,000
= $20,000
