Answer: overturned prohibitions on interstate banking and branching(D)
Explanation:
The Riegle-Neal Act of 1994 was signed into law by former United States of America president; President Bill Clinton in September 1994. The Riegle-Neal Act of 1994 removed many obstacles that were encountered by banks that want to have branches in other states.
The Riegle-Neal Act of 1994 also provided uniform set of rules for the banks in each state. It allowed interstate banking nationwide for the first time, by allowing well-managed, and well-capitalized banks to get banks in other states.
<span>Answer:
Now total premium is (700+900) = 1600 so saving will be $ 160 . Future value of the savings over 10 years based on annual interest</span>
Answer:
Explanation:
The journal entry is shown below:
Inventory A/c Dr $73,500
To Accumulated depletion A/c $73,500
(Being the depletion is recorded)
The computation is shown below
First we have to compute the depletion per ton which is shown below:
= (Acquired cost of coal mine + Intangible development costs + fair value of the obligation - Sale value) ÷ (Number of estimated tons of coal extracted)
= ($400,000 + $100,000 + $80,000 - $160,000) ÷ (4,000 tons)
= $105
Now if 700 are extracted in first year, so the depletion would be
= 700 × $105
= $73,500
Answer:
$10
Explanation:
We are to account for external costs in production, since we are asked to find optimal tax.
Given:
We now have:
A represents number of aluminum units produced, let's find A, since the margnal cost is $30.
Thus,
Let's equate the private marginal cost with the marginal revenue of each unit in order to achieve this amount of produced units with tax, t.
We have:
Substituting 100 for A above, we have:
30 - t = 20
t = 30 - 20
t = 10
Therefore, the socially optimal tax on aluminum is $10 per unit
A) Accounting profits dont take implicit costs into account, only "real" or quantifiable costs.
Thus the present value of a 120,000 lease at 5% for three years with explicit costs of $40,000 maintenance is:
PV = [ FV/(1+r)^n ] - (Explicit Cost)
PV = 120000/(1.05^3) - (40000*3)
B) same thing but add implicit costs ...
PV = 120000/(1.05^3) - (40000*3) - (55000*3)
