Answer:
Missing word <em>"Because the stock will be sold directly to an investor, there is no spread; the other flotation costs are insignificant"</em>
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Fair Price is based on the current valuation of business and that is $840,000 in this case.
Fair Price = Current Value of Business/Number of Outstanding Shares
Fair Price = $840,000 / 37,000 shares
Fair Price = 22.7027027
Fair Price = $22.70.
Number of Additional Shares = Additional Funding Required/Fair Price Per Share =
Number of Additional Shares = $210,000 / $22.70
Number of Additional Shares = 9251.101321585903
Number of Additional Shares = 9251 shares
So, since additional funding of $210,000 is required, Benjamin will have to sell 9,251 shares as additional shares to the Angel.
Answer:
the answer is: B) improve productivity by reducing turnover.
Explanation:
The efficiency weigh theory states that when employers increase their employees' wages above average market wages, they will earn higher profits due to:
- An increase in labor productivity since the employees are very motivated to work in the company and employee turnover decreases.
- The increase in labor productivity and the decrease in employee turnover will offset the increase in costs due to higher wages.
I will assume this is a true or false question, the answer is true. Requirements analysis, likewise called requirements engineering, is the way toward deciding client desires for another or altered item. These elements, called necessities, must be quantifiable, significant and point by point. In programming building, such necessities are frequently called utilitarian particulars.
Answer:
C. $34,500
Explanation:
Given the above information, applied fixed overhead is computed as;
= Standard hours allowed for actual production × Predetermined rate
Standard hours allowed for actual production = 11,500
Predetermined rate = $3 per hour
Then,
Applied fixed overhead
= 11,500 hours × $3 per hour
= $34,500
Answer:
8.54%
Explanation:
Current Index value:
= [current total market value of index stocks] ÷ [Base year total market value of index stocks] × Base year index value
= [(69 × 35000) + (122 × 32500)] ÷ [(63 × 35000) + (113 × 32500)] × 100
= 108.54
Return in percent:
= ( 108.54 - 100 ) ÷ 100
= 8.54%
Therefore, the value-weighted return for the index is 8.54%.
