Answer:
=2.98%
Explanation:
Use CAPM to find the required return of the stock;
CAPM: r = risk free + beta(market return - risk free)
risk free = 4.5% or 0.045 as a decimal
beta = -0.4
market return = 8.3% or 0.083 as a decimal
Next, plug in the numbers into the CAPM formula;
r = 0.045 -0.4(0.083 - 0.045)
r = 0.045 -0.0152
r = 0.0298 or 2.98%
Therefore the required return is 2.98%
Answer:
Charles is classified in the adopter category called "Latecomers"
Explanation:
Latecomers are traditional consumers. For them, buying a new product brings a feeling of extreme psychological discomfort. They do not like news, even flee from it, and consider it immature to buy an innovative article in the market.
Latecomers represent 16% of consumers, are insecure to adopt new things, do not like to try new things and do not follow fads. Being traditionalists, they always perform the same way and only adopt innovation when there is no other alternative. Like Charles, who only bought the color TV because his old tv stopped working.
Answer:
Explanation:
I will split this answer into two options...
Fiber Optic communications work by sending data through beams of light through a series of fiber cables. This allows for data transfer at incredibly high speeds and with an almost non-existent probability of data loss. Since cables need to be connected from one end-point to another this form of communication becomes more expensive and the capability of reconfiguration becomes incredibly difficult. The likelihood of failure is also very low due to the nature of the technology.
Satellite communication sends data wirelessly by beaming the data to satellites and then back down to the destination. This allows for data to be transferred worldwide but runs into the risk of interference, data loss, signal loss etc. Costs are much cheaper than Fiber Optics due to the lack of wiring. Multipoint capabilities are high since endpoints can be placed anywhere with a clear line of sight to the sky, which also means that reconfiguration capabilities are high as well.
Answer:
Most auctions are without reserve and therefore the auctioneer cannot withdraw the lamp.
Explanation:
Every auction seems to be either "of-reserve" versus "without-reserve." So the reaction to whether an auction house manages higher bids depends on that form of bidding being carried out. In an offering with reserves, the auction house may reject a higher offer (retain the privilege to reject ...) in which any better bid should be approved in an offering without deposit.
Put differently, the auction house is not obliged to deliver to the top purchaser in a with reserved sale. Essentially, the next bigger raise reflects the minimum price.
