Answer:
B.
compute depreciation for a full year under straight minusline depreciation and multiply it by the fraction of the year that you held the asset.
Explanation:
Under straight-line depreciation, the asset value is spread equally throughout its useful life.
To get the depreciation of a partial year, you need to calculate the depreciation a full year first.
Divide the asset value by the number of its useful years to get depreciation value for one year. To compute partial depreciation, you need to establish the fraction of the year to be depreciated. Divide the number of months by twelve to get the fraction.
To get actual depreciation, multiply this fraction by a full year depreciation.
Answer:
$48
Explanation:
Calculation the minimum transfer price that the Heating Division should accept
Using this formula
Minimum transfer price=[New UVC + (Lost USP - Regular UVC)]
Let plug in the formula
Minimum transfer price=$28+ ($40- $20)
Minimum transfer price=$28+20
Minimum transfer price= $48
Therefore the minimum transfer price that the Heating Division should accept is $48
Answer:
a. How long will the current bridge system work before a new bracing system is required?: 64.18 years or 64 years and 2 months.
b. What if the annual traffic rate increases at 8 % annually: The bracing system will last for 24.65 years or 24 years and 7 months.
c. At what traffic increase rate will the current system last only 12 years: 17.13%
Explanation:
a. Denote x is the time taken for the number of pedestrian to grow from 300 to 2000. The current pedestrian is 300, the grow rate per year is 3% or 1.03 times a year. Thus, to reach 2,000, we have the equation: 300 x 1.03^x = 2000. Show the equate, we have 1.03^x = 6.67 <=> x = 64.18
b. Denote x is the time taken for the number of pedestrian to grow from 300 to 2000. The current pedestrian is 300, the grow rate per year is 8% or 1.08 times a year. Thus, to reach 2,000, we have the equation: 300 x 1.08^x = 2000. Show the equate, we have 1.08^x = 6.67 <=> x = 24.65.
c. Denote x as traffic increase rate. The current pedestrian is 300, the grow rate per year is (1+x) times a year. Thus, to reach 2,000 after 12 years and thus a new bracing system to be in place, we have the equation: 300 x (1+x)^12 = 2000. Show the equate, we have (1+x)^12 = 6.67 <=> 1+x = 1.1713 <=> x = 17.13%.
Answer:
“Successful people begin where failures leave off. Never settle for ‘just getting the job done.’ Excel!” —Tom Hopkins
Explanation:
Answer:
The correct answer is letter "D": consumer surplus that is generated from the introduction of a new product.
Explanation:
Externalities are defined as the effects passed on third parties as a result of the actions of another individual or organization even if the third party has nothing to do with the operations of the individuals or entities. Externalities can be positive or negative.
The product-variety externality is an example of a positive externality. The product-variety externality takes place when a new product is introduced in the market generating a consumer surplus. Thus, end-users benefit from the variety of products available in the market even if that represents more competition for companies.
