In order for a higher-cost alternative to be attractive, the incremental rate of return must be greater than MARR.
Answer:
D. This statement is true
Explanation:
It is true that differential analysis may be used for the common decisions of leasing or selling equipment and manufacturing or purchasing a needed part.
"Legal and illegal immigration has prompted local governments to change signs, brochures, and websites to include other languages" is an example of effectively managing diversity.
<u>Option: C</u>
<u>Explanation:</u>
The organizations will have to insure that they interact efficiently with workers to maintain a diverse workforce. Initiatives, procedures, health regulations and other relevant details should be intended to address language and cultural differences by interpreting documents and, where appropriate, using images and symbols.
Managing diversity seeks to provide staff with experiences, preferences, and skill sets that can vary significantly with the ability to engage with the organization and its co-workers in a way that provides the organization with an ideal working atmosphere and the best business outcomes possible.
Answer:
those assets regularly used to buy goods and services.
Explanation:
Depending on whether you are an economist, an accountant or work in finance, the term money may mean different things. Generally economists use the term money to refer to very liquid assets which are used to purchase the goods and services that we use on our everyday life. Economists distinguish money as assets that perform the basic functions of money:
- medium of exchange
- unit of accounting
- store of value
Answer:
The annual YTM will be = 0.07518796992 or 7.518796992% rounded off to 7.52%
Explanation:
The yield to maturity or YTM is the yield or return that an investor can earn on the bond if the bond is purchased today and is held till the bond matures. The formula to calculate the Yield to maturity of a bond is as follows,
YTM = [ ( C + (F - P / n)) / (F + P / 2) ]
Where,
C is the coupon payment
F is the Face value of the bond
P is the current value of the bond
n is the number of years to maturity
Lets assume the par value is 1000.
Current value = 1000 * 109% = 1090
Coupon payment = 1000 * 0.085 * 6/12 = 42.5
Number of periods remaining till maturity = 14 * 2 = 28
semi annual YTM = [ (42.5 + (1000 - 1090 / 28)) / (1000 + 1090 / 2)
semi annual YTM = 0.03759398496 or 3.759398496% rounded off to 3.76%
The annual YTM will be = 0.03759398496 * 2 = 0.07518796992 or 7.518796992% rounded off to 7.52%
