Answer: value creation
Explanation: In simple words, value creation refers to the process in which an organisation assess its results of any activity or an operation dun, to assess whether the expected results are achieved for improvement or not.
Value creation is done by the organisation to gain better results in their overall operation for a long time. This process can be done by any organisation for any subject like improving technical skills, administrative skills or for knowledge improvement etc.
Hence from the above we can conclude that the correct option is D.
Answer:
A. consumer surplus that is generated from the introduction of a new product.
Explanation:
The product-variety externality is defined as consumer get the surplus that is generated from the introduction of a new product and entry of a new firm conveys a positive externality on consumers. It arises as new firms offer products that differ from those of the existing firms, however, it does not happen under perfect competition. Competitive market lead to efficient outcomes, unless there are externalities.
Answer:
d. $990,000
Explanation:
The multiplier method assumes that the total external failure cost is a multiple of the measured external failure costs. In this case, based on experience, the company determined that the measured value must be multiplied by a factor of 3:
Therefore, Azure Company's total external failure cost is $990,000
Answer:
66.36 days
Explanation:
Calculation of the days' sales in accounts receivable .
Using this formula
Accounts Receivable Turnover Ratio = [Net credit sales (Beginning net account receivable +Ending net account receivable)/2)]
Let plug in the formula
[$1,300,000/($270,000 + $202,000)/2)]
$1,300,000/($472,000/2)
=$1,300,000/236,000
=$5.50 Days' sales in receivables
= 365/5.5
= 66.36 days
Therefore the days' sales in accounts receivable will be 66.36 days
Answer:$119,735.6
Explanation:
To calculate the total in the account,we use the compound interest formula
A= P ( 1+ ( R/2)/100)∧2n
P = $ 12,000 n = 4 R = 12%
A = 12,000 (1+(12/2/100)∧2*4
A = 12,000 ( 1+ ( 6)/100)∧2*4
A = 12,000 ( 1+0.06)∧8
A= 12,000 ( 1.06)∧8
A = 12,000 ( 1.5938)
A= 12,000* 1.5938
A= $ 19,125.6
Another deposit into the account
A = P ( 1+(R/2)/100)∧2n
A= 50,000 (1+12/2/100)∧2*6
A= 50,000 (1+6/100∧12
A = 50,000 ( 1+0.06)∧12
A = 50,000 (1.06)∧12
A= 50,000 ( 2.0122)
A = 50,000* 2.0122
A = 100,610
Therefore, the total in the account
$19,125.6 + $100,610
= $119,735.6
