Under the Best efforts method, the underwriter sells as many shares as possible but may or may not sell all of the new shares.
The best efforts method is used in the oil and gas industry to account for certain operating expenses sells as many shares as possible. Under the successful efforts method, a company only capitalizes those costs associated with the location of new oil and gas reserves when those reserves have been found.
The term best efforts refers to an agreement made by a service provider to do whatever it takes to fulfill the requirements of a contract. In finance, an underwriter makes a best efforts or good faith promise to the issuer to sell as much of their securities offering as possible. While the two parties come to an agreement for the sale of some securities, the underwriter doesn't guarantee to sell them all.
- Best efforts is a term for a commitment from an underwriter to make their best effort to sell as much as possible of a securities offering.
- It is also a general service agreement term used in place of a firm deliverable commitment.
- The opposite is a firm commitment or bought deal, in which the underwriter buys all shares or debt and has to sell it all to make money.
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Answer:
B. make the consumer equally happy.
Explanation:
An indifference curve can be defined as the graphical representation of two products (commodities) that gives a customer equal utility and satisfaction and as such making him or her indifferent about them as they are equally happy.
Hence, an indifference curve shows the various bundles of goods that make the consumer equally happy.
Answer:
1. Calculate the monthly payment for a 30-year mortgage loan.
we can do this by using the present value of an annuity formula
the loan's interest rate is missing, so I looked for a similar question and found that it is 6%
present value = monthly payment x annuity factor
monthly payment = present value / annuity factor
- present value = $200,000 (loan's principal)
- PV annuity factor, 0.5%, 360 periods = 166.79161
monthly payment = $200,000 / 166.79161 = $1,199.101082 ≈ <u>$1,199.10</u>
2. Calculate the amount of interest that you’d pay for a 30-year mortgage loan.
total interests paid during the 30 years = (monthly payment x 360) - principal = ($1,199.10 x 360) - $200,000 = <u>$231,676</u>