Answer:
(a) If the discount rate is 11 percent, what is the future value of these cash flows in year 4?
To solve this problem, we must find the FV of each cash flow and add them.
To find the FV of a lump sum, we use:
FV = PV(1 + r)^t
[email protected]% = $625(1.11)^3 + $875(1.11)^2+ $1,150(1.11) + $1,250 = $4459
(b) What is the future value at a discount rate of 18 percent?
FV = PV(1 + r)^t
[email protected]% = $625(1.18)^3+ $875(1.18)^2+ $1,150(1.18) + $1,250 = $4852
(c) What is the future value at discount rate of 30 percent?
FV = PV(1 + r)^t
[email protected]% = $625(1.30)^3+ $875(1.30)^2+ $1,150(1.30) + $1,250 = $5597
Answer:
Employees frequently complain about the inconsistent assistance they receive from the HR department due to its large size.
Explanation:
Having a specialized, embedded HR unit is beneficial to each, specific unit, as HR would cater to every department and its special needs. On the contrary, centralized HR tends to give inconsistent help, as they always assign a different person or team when a problem arises.
So, if the employees complained that they cannot receive adequate help from the centralized HR, it would be wise to do what Roberta suggested.
Answer:
March 1
Account Debit Credit
Cash $323,000
Common Stock $153,000
Paid-In Capital in Excess
of Par Value $170,000
April 1
Account Debit Credit
Cash $87,000
Common Stock-no par value $87,000
April 6
Account Debit Credit
Inventory $56,000
Common Stock $56,000
Machinery $170,000
Paid-In Capital in Excess of
Common Stock $170,000
Note Payable $92,000
Cash $92,000
The answer is imperfect price discrimination and this increase total producer surplus.
Imperfect price discrimination it is about the monopoly of pricing to get the customers. The seller applies a strategy to get the market from buying the products. Then set customers by the group, those who buy for wholesale gets a lower price than in retail.
Answer:
$42.5 billion
Explanation:
the expected value formula = ∑ (valueₙ x probabilityₙ)
expected value = (low value x probability of low value) + (most likely value x probability of most likely value) + (high value x probability of high value)
= ($5 billion x 20%) + ($45 billion x 70%) + ($100 billion x 10%) = $1 billion + $31.5 billion + $10 billion = $42.5 billion
