Answer:
Deprecation base=$26,300
Explanation:
Given Data:
Cost of machine=$28,000
Tax=$125
Fees=$200
Shipping charges=$500
Paid to contractor to build and wire a platform for the machine=$475
Salvage value=$3000
Useful life = 6 years
Required:
Depreciation base of Cominsky's new machine=?
Solution:
Deprecation base=Acquisition Cost-Salvage Value
Acquisition Cost:
It is the cost which involves the buying of asset and making the asset to work. In our case:
Acquisition Cost=Cost of machine+Tax+Fees+Shipping charges+Paid to contractor to build and wire a platform for the machine
Acquisition Cost=$28,000+$125+$200+$500+$475
Acquisition Cost=$29300
Deprecation base=Acquisition Cost-Salvage Value
Deprecation base=$29300-$3000
Deprecation base=$26,300
Answer:
The growth of the real GDP per capita was 7.18%
Explanation:
It is important to establish that:
Future Value = Present Value × ((1 + r)^t), given that <em>r</em> is the <em>interest rate</em> and <em>t</em> is the <em>time period</em>
Real GDP per worker increased from $40,000 to $320,000 in 30 years
Therefore, we have;
320000 = 40000*(1+r)^30
(1 + r)^30 = 8
1 + r = 8^1/30
1 + r = 1.0718
r = 0.0718 = 7.18%
Answer:
The individual is able to get to a lower level of utility
Explanation:
Answer:
Opportunity Cost refers to loss of potential gain which could've resulted from other non chosen alternatives when one opts for an alternative. It's also defined as the next best alternative.
The Opportunity Cost of attending a 4 year college with full time schedule & living on campus would be the foregone income another student earns who works in an organization for those same number of hours for the same duration of 4 years and also the fees paid for those 4 years at the college which if would've been banked or invested would've yielded a return.
The reason for choosing a four year college experience over above mentioned alternatives could be the in the form of expected higher income once an individual avails a degree.
The answer for this question is: Stabilize the reaction
Chemicals with highly energetic reaction will have more risk to create high-energy force if we somehow fail to contain it safely.
When you need to evacuate, this type of reaction could create an explosion, so it's really advised to stabilize the reaction first.
