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2 years ago

value is the nominal or dollar value of a security generally printed on the face (front) of the security.

Business

1 answer:

denis-greek [22]2 years ago

3 0

face value

What is face value?

A financial concept known as "face value" refers to a security's nominal or monetary value as indicated by its issuer. The original cost of the stock, as stated on the certificate, serves as the face value for stocks. In the case of bonds, it refers to the sum that is normally paid in $1,000 increments to the holder at maturity. The term "par value" or simply "par" is frequently used to refer to the face value of bonds. The term "face value" refers to the nominal or monetary worth of a security; the issuing party declares the face value.

The initial purchase price of a stock, as shown on the stock's certificate, is the stock's face value.

Learn more about face value with the help of given link:-

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Managers are constantly seeking out new tools to meet new challenges. Indicate whether today’s manager’s are more or less aware

Galina-37 [17]

Answer:

Customer relationship management system (CRM)

Explanation:

A <em>CRM </em>system is what keeps the customer coming back. Instead of targeting each customer with a default bundle of products that are trending, the customer relationship management system tracks down the customer's habits and preferences, creating a tailor-made approach. Every customer is different in things he/she wants to buy. This way, marketing gets more customized and customer statistics generates better reports (more insight for the long-term).

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3 years ago

A firm's bonds have a maturity of 10 years with a $1,000 face value, a 9 percent semiannual coupon, are callable in 5 years at $

Sladkaya [172]

Answer:

Yield to maturity is 3.94%

Explanation:

Yield to maturity is the annual rate of return that an investor receives if a bond bond is held until the maturity.

Face value = F = $1,000

Coupon payment = $1,000 x 9% = $90/2 = $45 semiannually

Selling price = P = $1080

Number of payment = n = 10 years x 2 = 20

Yield to maturity = [ C + ( F - P ) / n ] / [ (F + P ) / 2 ]

Yield to maturity = [ $45 + ( 1000 - 1080 ) / 20 ] / [ (1,000 + 1080 ) / 2 ]

Yield to maturity = [ $45 - 4 ] / 1040 = $41 /1040 = 0.394 = 3.94%

4 0

4 years ago

In 2005 the price index was calculated at 115.3 with 2000 as the base year. In 2006 the price index increased to 119.5. What was

mario62 [17]

The answer is the inflation from 2005 to 2006 has changed by [3.6%]

5 0

3 years ago

Omaha Beef Co. purchased a delivery truck for $50,000. The residual value at the end of an estimated eight-year service life is

kati45 [8]

Answer:

2500

Explanation:

First depreciate for 6 years using regular method: (Cost - Salvage Value)/Initial Useful life

(50,000-10,000)/8 = 5000 <- this is annual depreciation

For 6 years, $30,000 accumulated depreciation

Now to calculate change in useful life, you do (Cost - Accumulated Depreciation - Salvage Value)/Remaining Useful life

Remaining Useful life = 10-6 = 4

(50,000-30,000-10,000)/4 = 2500

8 0

3 years ago

Koto’s average velocity was 4. 5 m/s. She started at her house and traveled 15000 meters north, 5000 meters east, 20000 meters s

lys-0071 [83]

The correct statement is that the average time taken by Koto for completion of such trip is 3 hours. So the correct option that matches the quoted statement above is D.

The calculation of such trip of Koto can be done by applying the known formula of Time when the Speed is multiplied by Distance to compute the actual time of the trip.

<h3>Calculation of Time taken for travel</h3>

We know the formula that

$\rm Speed= \dfrac{Distance\ Travelled }{Time\ taken}\\\\Time= Speed\ x\ Distance$

Using the formula above, the commute in each direction is added as 45000 meters or 45 kilometers.

If Koto's average speed is 4.5 meters per second, then she travels roughly 270 meters in one minute. Using this information, putting the values in the formula, we get,

$\rm Time= \dfrac{45000\ }{270}meters\\\\\rm Time= 166.7$

Converting minutes into hours, we get

$\rm Hours= \dfrac{Minutes}{60}\\\\\rm Hours= \dfrac{166.7}{60}\\\\\rm Hours=2.77\ hours$

Time will be rounded off to the nearest value, and we can conclude that the trip takes about three hours to complete.

Hence, the correct option is D that the time taken by Koto to complete such trip is roughly three hours.

Learn about Time and Distance here:

brainly.com/question/4199102

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2 years ago