Answer:
I thinks it's gross national income
Explanation:
I am guessing
Answer: All of these choices are correct.
Explanation:
You didn't give the options to the question. The options include:
testing costs prior to placing the equipment into production
transportation costs
installation costs
All of these choices are correct.
Acquisition cost, is the total cost that is recognized by a company on its books for the purchase of an asset. These costs include the transportation cost, installation cost, shipping cost, testing costs, sales taxes, customs fees, etc.
Therefore, based on the explanation, the correct option is All of the choices are correct.
With the absence of the options to choose from, lets look at general results of using cost-benefit analysis.
Explanation:
using cost-benefit analysis is a strategic way of making decisions based on cost and benefit solely.
Ideally any investment or strategic decision to be made by an institution needs a cost-benefit analysis.
This is done by listing all the projected resources needed to take up the strategic objective and costed. After which another list is made of the potential benefit that is likely to come to the organisation.
When the two is compared we say <em>you are making cost-benefit </em>analysis.
More often without secondary reasons, the option with the highest benefit over cost is chosen.
This cost and benefit analysis are made both qualitatively and quantitatively.
Quantitatively methods such as NPV are used.
#learnwithbrainly
Answer:
The correct answer is 0.06317911524 or 6.3%.
Explanation:
According to the scenario, the given data are as follows:
FV = $2
PV = $1
Time period (t)= 11 years
So, we can calculate the rate of interest by using following fomula:
FV=PV ( 1 + r ÷12)^12t
By putting the value, we get
$2 = $1 ( 1 + r ÷ 12)^(12 × 11
$2^(1 ÷ 132) = 1 + r ÷ 12
r ÷ 12 = (1.00526492627 - 1)
r = 0.00526492627× 12
= 0.06317911524 or 6.3%
Answer:
The registration fee for this used car is $45.60.
Explanation:
Since the sale price of the used car is $5,700, to calculate the registration fee, simply multiply the selling price by the registration rate of 0.8% (0.008):
F = 5,700 * 0.008
F= $45.60
The registration fee is $45.60.