Answer:
yield to maturity = 9.78%
Explanation:
yield to maturity = {coupon + [(face value - market value) / n]} / [(face value + market value) / n]]
YTM = {$50 + [($1,000 - $913) / 2]} / [(($1,000 + $913) / 2]] = $93.50 / $956.50 = 0.09775 = 9.78%
The yield to maturity represents the total rate of return that an investor should receive if he/she holds a bond until it matures.
There are many types of malware disguise themselves as a free anti- virus program. I hope this helps! -eagle
Answer:
Specialty goods are the products which require high efforts in purchasing because their cost is certainly high, consumers cant take a risk of buying them frequently, like sporting cars, high end cameras, luxury high end clothing etc. There are many industries in specialty goods in which you can see intense level of rivalry. For example, in sporting cars, you have multiple brands which have very severe kind of rivalry like Jaguar and BMW - Lexus and Lotus, they not compete in cars but they compete in their advertisements, evenest as well.
Whereas, when you consider, photographic camera industry, you will also find intense kind of rivalry between Canon and Sony, Leica and Olympus. Here they not only face direct competition from other camera brands, but they also have to face competition from the cell phone industry, which also provide high end cameras in their cell phones like iPhone, Samsung and Oppo etc.
Answer:
The correct answer is letter "D": can be used to compute a stock price at any point in time.
Explanation:
The Gordon Growth Model, also known as the Constant Dividend Growth Model, is used to measure the value of the stock at any point in time based on the projected future dividends of the stock. Investors and analysts are commonly used to compare the estimated value of the stock against the current market price. Analysts interpret the gap between the two prices as proof that the stock could be under or overvalued by the market.
It is the Continuous Flow Production Process. It is a stream creation strategy used to fabricate, deliver, or process materials without intrusion. Consistent generation is known as a persistent procedure or a nonstop stream process in light of the fact that the materials, either dry mass or liquids that are being prepared are constantly in movement, experiencing synthetic responses or subject to mechanical or warm treatment. Persistent handling is diverged from group generation.
