Answer:
The correct answer is letter "B": property rights must be clearly assigned to the parties involved in the dispute.
Explanation:
Named after British lawyer and economist Ronald Coase (<em>1910-2013</em>) the Coase Theorem states when there are competitive markets and no transaction costs bargaining will lead to an efficient and mutually beneficial outcome. The theorem affirms that when property rights are defined and divided, parties will gravitate to the most efficient and beneficial outcome.
Answer:
Champion
Explanation:
According to Techstars, the final stage of an entrepreneur's journey is champion. This represents start-ups that have a chieved great success like Google, and they are championing the enterpreneur's journey by working with enterpreneurs at earlier stages.
The initial stages of enterpreneur's journey is: inspire, discovery, founder, startup, scale, and finally champion.
Answer:
1. I feel like Pat's new strategy isn't ethical. Pat doesn't pay for the suits; he just buys them and then returns them. Pat benefits, but the store he gets the suits from doesn't. In fact, they are harmed from this transaction because they are unable to have the suit for others to buy while Pat has it. There could be consequences with this strategy. For example, the suit might be damaged, and Pat won't be able to return it. Another problem is that others might find out about Pat's strategy, and they might view them as unprofessional. This is a problem for Pat since the reason Pat wore those suits was to look professional.
2. The stores are harmed from this transaction. They are unable to sell the suits to other buyers. The stores lose potential customers, so the stores lose potential money.
3. The companies should record that Pat had bought the suit only to return it the next day, so that they can act accordingly when Pat or someone else comes back to "buy" a suit.
Explanation:
Answer:
$814.10
Explanation:
Calculation to determine what the price of the bond now
Using this formula
Bond price = PV of coupon payments + PV of face value
Bond price= C×((1 / r) – {1 / [r(1 + r)t]}) + FV / (1 + r)t
Let plug in the formula
Bond price= [(.080 ×$1,000) / 2] ×[[1 / (.12 / 2)] – (1 / {(.12 / 2)[1 + (.12 / 2)](7 ×2)})] + $1,000 / [1 + (.12 / 2)](7 ×2)
Bond price= $814.10
Therefore the price of the bond now is $814.10
