Answer:According to the article, when companies earn patents specifically to prevent competition, it hinders the innovation of products that might actually be better. For instance, Bruce Nolop describes how his company had to pay more attention to the "minefield of existing patents than on the expected value that we could bring to customers." Rosabeth Moss Kanter suggests a "use it or lose it" solution to this problem. She thinks that a company that patents an item would be forced to use the patented idea or product or risk losing the patent. This idea would encourage more competition and prevent patent abuse.
Explanation:
Answer:
Price at which this system is sold is $1,980
so correct option is B. $1,980
Explanation:
given data
computer chip = $180
software = $350
printer = $50
value added = $1,400
to find out
price at which the system is sold
solution
Price at which this system is sold is
system is sold = computer chip + software + printer + value added
so
Price at which this system is sold is = $180 + $350 + $50 + $1,400
Price at which this system is sold is $1,980
so correct option is B. $1,980
In order to calculate the depreciation using the double declining balance method you must first calculate the amount of depreciate using the straight line method. After you calculate it by the straight line method, you simply need to double it for this this problem.
The original price is $20,000, and then subtract the $2,000 estimated trade in value and the answer is $18,000. This is the amount that you need to depreciate.
Straight line method: $18,000 divided by the 5 year useful life = $3,600 per year.
Double declining balance = $3,600 x2 = $7,200 per year depreciation.
Year Depreciation Amount
1 7,200
2 7,200
3. 3,600
Answer:
$9,840
Explanation:
In this question, we have to take the difference between the payment for S corporation and the C corporation
If Military Gear Inc is a C corporation, then the payment would be
= Ordinary income × marginal tax rate
= $84,000 × 24%
= $20,160
And, if Military Gear Inc is a S corporation, then the payment would be
= (Ordinary income - net effect) × marginal tax rate
= ($84,000 - $41,000) × 24%
= $43,000 × 24%
= $10,320
The net effect would be
= $159,000 - $118,000
= $41,000
The net payment would be
= $20,160 - $10,320
= $9,840
