Answer:
equivalent annual cost: 19,784.81
The investment is not economically justified as it is cheaper to pay the fines than invest in the equipment to avoid them.
Explanation:
We calcualte the PMT of a 75,000 dollars equipment at 10%
PV 75,000
time 5
rate 0.1
C $ 19,784.811
EPA fines: <u> </u><u>$ 18,500.00 </u>
differential: (1, 284.81)
Answer:
The correct answer is $300,000.
Explanation:
According to the scenario, the computation of the given data are as follows:
Original cost = $250,000
Fair value = $300,000
Retail value = $520,000
As Share based transaction of the organization record or issued always at fair value for which the goods or services are exchanged.
Here, Fair value is given.
So, the transaction will be recorded at fair value = $300,000
Answer:
Correct option is 'It is through studying and testing of different work methods to identify the best, most efficient way to complete a job'
Explanation:
Scientific management refers to employing different methods or workflows to improve labor work efficiency, thereby achieve organizational objectives in a efficient way.
Application of scientific methods to improve efficiency proved highly beneficial. One of the methods was to break down big tasks into smaller and simpler tasks and dividing the tasks among the labor as per their skills. This ensured quality work.
Answer:
<em>(1) Specific information on why you want that job</em>
<em>(2) Your knowledge on that position</em>
<em>(3) Describe what you have to offer to the employer</em>
<em>(4) Your qualifications</em>
<em>(5) The position you're applying for</em>
Answer:
(a) Linear model

Subject to:



(b) Standard form:

Subject to:




Explanation:
Given

Solving (a): Formulate a linear programming model
From the question, we understand that:
A has a profit of $9 while B has $7
So, the linear model is:

Subject to:



Where:


Solving (b): The model in standard form:
To do this, we introduce surplus and slack variable "s"
For
inequalities, we add surplus (add s)
Otherwise, we remove slack (minus s)
So, the standard form is:
So, the linear model is:

Subject to:



