Answer:
option (b) $4,200 gain
Explanation:
Data provided in the question:
Par value of outstanding bonds = $119,000
Carrying value of the bonds = $108,700
Price at which bond is called = $104,500
Now,
Gain on the retirement is calculated using the relation as;
Gain on retirement
= Carrying value of Bonds - Price at which bond is called
= $108,700 - $104,500
= $4,200
Since, the result is positive, therefore a gain will be recognized
Hence, correct answer is option (b) $4,200 gain
Answer:A proper office layout is the key to a high performance office. This means both good performance from your employees but also your business. Companies that have a great culture are highly sought after by prospective employees and can provide a competitive advantage in both hiring and retaining staff.
Explanation:
<em>MISSING INFORMATION:</em>
concept // Year 2 // Year 1
Sales 7,620 7,450
Account Receivables 655 588
Answer:
Yes, there is. The days to collect increase by 4.16 to 29.77 from 26.61
Which is a bad sing as the company delays more to collect form their customers
Explanation:
Account Receivable turnover:
Average receivable:
(458 + 588 ) / 2 = 523
7,450 / 523 = 14.25
Days to collect: 365 / 14.25 = 25,61
Second Year:
Average receivable: (655 + 588) / 2 = 621.5
Turnover: 7,620 / 621.5 = 12.26
Days to collect: 365 / 12.26 = 29,77
29.77 - 25.61 = 4.16
AD was a dark age and a period of cultural decay and decline for Europe because there was barely a government, harsh punishments, ignorant people, not a lot of land, and there was a lot of killing and diseases going around Europe that cause Europe to decline in population.
Answer:
hello your question has some missing part attached below is the missing demand curve
Answer :
1) the quantity of health procedures Individuals will demand is greater than the optimal quantity ( 20 procedures )
2) quantity of medical procedure
3) $200
Explanation:
1) Based on the given demand and supply, the given transportation problem is the quantity of health procedures Individuals will demand is greater than the optimal quantity ( 20 procedures )
2) A dummy quantity of medical procedure should be introduced
3) Total cost of optimal solution
optimal quantity of medical procedure ( Qd) * price of medical procedure(Qp)
= 20 * 100
= $200