Answer:
$2,319,000
Explanation:
Amount
March1 $1,884,000
June 1 $1,284,000
Dec 31 $3,082,450
Capitalization period
March1
10/12×$1,884,000 =$1,570,000
June 1
7/12 $1,284,000=$749,000
Dec 31
0
Weighted Average Accumulated expenditure
March 1 $1,570,000
June1 $749,000
Dec 31 $0
Total $2,319,000
The X bar chart will allow the team to monitor the central tendency of the process although the process will not be in control.
<h3>What is the
X bar chart?</h3>
This refers to a Shewhart control chart that are used to monitor the arithmetic means of successive samples of constant size.
Hence, the X bar chart will allow the OM team to monitor the central tendency of the process although the process will not be in control.
Therefore, the Option B is correct.
Read more about X bar chart
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Answer:
Pure or perfect competition is a theoretical market structure in which the following criteria are met: All firms sell an identical product (the product is a "commodity" or "homogeneous"). All firms are price takers (they cannot influence the market price of their product). Market share has no influence on prices.
Answer:
a) What is the expected transaction price with variable consideration estimated as the expected value?
- original cost $5,800 if job is finished in one month (15% probability)
- bonus price for finishing 2 weeks earlier $5,800 x 1.25 = $7,250 (25% probability)
- bonus price for finishing 1 week earlier $5,800 x 1.15 = $6,670 (60% probability)
expected transaction price = ($5,800 x 15%) + ($7,250 x 25%) + ($6,670 x 60%) = $6,684.50
b) What is the expected transaction price with variable consideration as the most likely amount?
$6,670, since it has a 60% probability
Answer:
64,313.74 ; 95,559.38 ; 47,283.11
Explanation:
by definition the present value of an annuity is given by:
where 
is the present value of the annuity, 
is the interest rate for every period payment, n is the number of payments, and P is the regular amount paid. so applying to this particular problem, we have:
1. P=8,200, n=25, i=12%
2. P=8,200, n=25, i=7%
3. P=8,200, n=25, i=17%
