Answer:
The carrying value of the bonds immediately after the first interest payment is $434,300.
Explanation:
Face value of the bond = $440,000
Proceeds from bond issue = $434,000
Discount on bond payable = Face value of the bond - Proceeds from bond issue = $440,000 - $434,000 = $6,000
Total number of seminual = Number of years of bond maturity * Number of semiannual in a year = 10 * 2 = 20
Discount amortizaton per semiannual = Discount on bond payable / Total number of seminual = $6,000 / 20 = $300
Carrying value after first interest payment = Proceeds from bond issue + Discount amortizaton per semiannual = $434,000 + $300 = $434,300
Therefore, the carrying value of the bonds immediately after the first interest payment is $434,300.
Answer:
A. Volatility
Explanation:
Volatility refers to high level of fluctuations with little or no consistency. It also refers to the variation in an activity with no constancy.
In the given case, Andrew keeps on swapping jobs within a short duration of time, and in varied fields of little similarity. This conveys a high degree of volatility in Andrew's work habits since he is unable to stick to one job or a field of job.
The changes in his employment structure reveal a pattern of high level of deviations, fluctuations referred to as Volatility.
Answer:
0.288
0.308
Explanation:
Given :
Mining sector = 45
Financial sector = 72
IT sector = 32
Production sector = 101
Total number of companies :
(45 + 72 + 32 + 101) = 250
A.)
Probability that a randomly selected company is in the financial sector
Recall :
Probability = required outcome / Total possible outcomes
P(company = financial) = (number of companies in financial sector / total number of companies)
P(company = financial) = 72 / 250 = 0.288
B.)
Company is either a mining or IT company :
P(company = Mining or IT) = (number of mining + number of IT Companies) / total number of companies
P(company = Mining or IT) = (45 + 32) / 250 = 77 / 250 = 0.308