Answer:
take the payments over time payout
Explanation:
My personal opinion/advice would be to take the payments over time payout. There are many reasons for this, the first one being that most individuals are not used to receiving large sums of cash and usually end up wasting all the money as soon as they receive it, which usually does not occur if the payments are made over time. The second and more important reason is that if the payments are made over different years your would pay a much lesser amount on taxes every year that passes. This means that the even with the interest rate you would most likely have more overall money if you take the payments over time.
Answer:The correct option is 'd': The interest rate.
Explanation:
According to Liquidity preference theory money is considered as 'liquid' meaning that liquidity preference is the demand for money.
According to this theory if our investments are more liquid then we ought to cash in for full value as cash is often accepted as most liquid asset.
Thus the liquidity of cash can be controlled by adjusting the interest rates as equilibrium in the money markets is achieved when the demand equals the supply.
Answer:
25th house's Marginal cost is $250,000.
Explanation:
Given:
Total cost of 24 houses = $4,800,000
Total cost of 25 houses = $5,050,000
Marginal cost = ?
Computation of marginal cost:
Marginal cost = Change in total cost
Marginal cost = Total cost of 25 houses - Total cost of 24 houses
Marginal cost = $5,050,000 - $4,800,000
Marginal cost = $250,000
So, we say that 25th house's marginal cost will be $250,000 .
Answer:
The answer is: Cash and marketable securities $5,406,393
Explanation:
We have:
+ Current ratio = Current asset / Current liabilities = 2; with Current liabilities is given at $8 million => Current asset is $16 million;
+ Current asset = Inventory + Account Receivable + Cash and marketable securities <=> Cash and marketable securities = $16 million - Inventory - Account Receivable ( as current asset is calculated above at $16 million)
+ Average collection period = Account Receivable/ Credit Sales x 365 <=> Account Receivable = Average collection period/365 x Credit sales = 30/365 x 64 million = $5,260,274
+ Inventory turnover = Sales / Inventory <=> Inventory = Sales/ Inventory turnover = 64 million / 12 = $5,333,333
=> Cash and marketable securities = 16,000,000 - 5,333,333 - 5,260,274 = $5,406,393.
