Answer:
Gain $1,600
Explanation:
Amount Realized = (290 shares × $93) − $240
=$26,970-$240
= $26,730
Adjusted Basis = (290 shares × $86) + $190
=$24,940+$190
= $25,130
Gain = $26,730 − $25,130
= $1,600
Therefore the amount of the gain/loss Kevin must report on his 2019 tax return will be $1,600
Answer:
(a) rr: 1/3, cr: 0.5, m:1.8 M: 1800
(b) 1500
(c) 200
Answer:
Bethesda Biosys
Issue of an IPO:
Net proceeds for the issuer is $82 million, if all the 4 million shares are bought by investors.
Explanation:
a) Calculations:
The spread is $4.5 (18% of $25) per share, since average selling price is $25.
Therefore, the net proceed per share is $20.50 ($25 - 4.50).
And the Total Net Proceeds = $82 million ($20.50 * 4 million), assuming that all four million shares were bought by the public.
Note that the question did not provide the necessary information to make the final decision.
b) During the issue of securities, especially an IPO, underwriters, such as investment banks, pay an issuing company for the securities and then sell the securities to the public. There is always a difference per share price that they are willing to pay the issuer and what they will collect from the investing public. That difference is called the underwriting spread or simply the spread.
c) Best-Efforts Basis: According to investopedia.com, underwriting on best-effort basis is "an agreement between an underwriter and an issuer in which the underwriter agrees to place as much of an offering with investors as possible, but is not responsible for any portion of the offering it fails to sell."
Answer:
3,000 units and 1,950 units
Explanation:
For computing the equivalent units of ending work in process for materials and conversion cost, first we have to determine the ending work in process units which is shown below:
Ending work in process units = Beginning inventory + units started - units completed and transferred
= 2,500 units + 18,000 units - 17,500 units
= 3,000 units
Now the equivalent units of ending work in process for materials would be
= 3,000 units × 100%
= 3,000 units
And, for conversion cost it would be
= 3,000 units × 65%
= 1,950 units
