Answer:
Absolute Advantage: The ability of an actor to produce more of a good or service than a competitor.
Comparative Advantage: The ability of an actor to produce a good or service for a lower opportunity cost than a competitor.
Explanation:
The event that will happen if he raised his price is If Kyle raises his price he will lose all of his customers. All of the people want to buy product who is low costing because they can save much money and they hate buying things that is so much expensive. The answer to this question is if Kyle raises his price he will lose all of his customers.
Answer:
$86.20
Explanation:
Total return from stock = Current price * expected return
Total return from stock = 80*14%
Total return from stock = $11.20
Dividend already realized = $5
Capital gain = $11.20 - $5
Capital gain = $6.20
End of one year price = Beginning price + capital gain
End of one year price = $80 + $6.20
End of one year price = $86.20
Therefore, at the end of one year price is $86.20
<span>When a firm grants licenses internationally, it is giving foreign companies access to its trademarks, </span>technology and patents. Having your licenses and business become international is a huge gain for most businesses. When items go international, they have a larger market they can sell their products too, but there are also some risk to it as well. Allowing the foreign countries and companies to see how your products work inside and out benefit them while bringing in more profit to the international licensee.
Answer:
It will lead to an increase in consumption of good X only if X is a normal good ( D )
Explanation:
If consumer has rational, monotonic and convex preference the decrease in price of good X will lead to an increase in consumption of good X only if X is a Normal good .
This is because the demand for Normal goods increases with increase in consumers income. therefore <em>a decrease in price will automatically lead to an increase in demand because of the increase in the purchasing power of the consumer's income.</em>
