Answer:
Like the title of the article states, all economy relayed choices are the results of an incentive or disincentive a potential polluter faces. He gave the example of the Lake Erie, stating that is highly reasonable (although highly unethical) it is polluted, as it is financially efficient to simply dump garbage in the lake, rather than invest in a recycling or waste management system. He also added, that since the lake is a public good, no one will look at the pollution as a serious concern, since it isn't owned by anybody.
All of this implies that a structured, incentive system has to be created in order to curb pollution.
Answer:
is this a book if so send me a link
Explanation:
Answer:
169,000
Explanation:
Calculation to determine what The number of shares to be used in computing diluted earnings per share for the quarter is:
First step is to calculate the amount assumed to be exercised
Exercised amount= 30,000*$7 / $15avg
Exercised amount= 14,000
Second step is to calculate the Net
Net=30,000-14,000
Net= 16,000
Now let calculate The number of shares to be used in computing diluted earnings per share
Using this formula
Number of shares=Outstanding+Net
Let plug in the formula
Number of shares=153,000 +16,000
Number of shares= 169,000
*diluted eps=$28,000 /169,000
Therefore The number of shares to be used in computing diluted earnings per share for the quarter is: 169,000
Explanation:
The journal entries are shown below:
a. Bad debt expense A/c Dr $13,931
To Allowance for doubtful debts $13,931
(Being bad debt expense is recorded)
It is computed below:
= $421,300 × 4% - $2,921
= $13,931
b. a. Bad debt expense A/c Dr $17,722
To Allowance for doubtful debts $17,722
(Being bad debt expense is recorded)
It is computed below:
= $421,300 × 4% + $870
= $17,722
Explanation:
I believe this is what you are asking for, Newton's law of gravitation.
The law of Newton's universal-gravitation states that every particle will attract every other particle in the universe. The force that attracts this is a force that is directly proportional to a product of the mass.
