Answer:
A - If a bond sells at a discount, the yield to maturity is greater than the current yield
Explanation:
Yield to maturity is the expected return if the bond is held till maturity. Current yiled is the return if the bond is sold today. There is an evident relationship between yield to maturity (TYM) and the current yield.
“When a bond's market price is above par, which is known as a premium bond, its current yield and YTM are lower than its coupon rate. Conversely, when a bond sells for less than par, which is known as a discount bond, its current yield and YTM are higher than the coupon rate. Only on occasions when a bond sells for its exact par value are all three rates identical” (Bloomenthal, 2020).
According to the above statements, options C, B and D are eliminated. This leaves option A (If a bond sells at a discount, the yield to maturity is greater than the current yield) as the correct answer. This is true because YTM is calculated on purchase price rather than par value, if the purchase price is less than par value, the YTM will be greater than the current yield.
<u>Effective use of logistics management techniques</u> is an example of a capability that is based in the functional area of distribution.
<u>Option: C</u>
<u>Explanation:</u>
An aspect of supply chain management that is utilized to fulfill consumer expectations by planning, monitoring and enforcing the efficient transportation and storage of relevant information, goods and services from source to destination, thus understood as a logistic management.
This is accompanied by a logistics approach that is a collection of guiding principles, attitudes and driving forces that will help you manage plans, priorities and initiatives through any supply chain among different partners. It allows companies to increase performance in the supply chain while enhancing supply chain management overall.
Im sorry , i don’t understand .
but have a good day <33
Answer:
See answers below
Explanation:
1 The predetermined overhead rate
= Cost of manufacturing overhead / Cost driver.
Where cost driver
= labor cost / labor rate
= $240,192 / $12.51
= 19,200 hours
Expected overhead
= depreciation + supervisor + supplies + property tax
= 56,500 + 140,000 + 46,400 + 27,750
Total overhead = 270,650
Overhead rate = 270,650 / 19,200
= 14.10 per hour
2. The amount t of applied overhead for of 18,500 actual hours were worked on
= 18,500 hours × $14.10
= $260,850
Answer: This rate setting scheme creates an adverse selection problem: Homeowners with houses on unstable soil are more likely to purchase insurance than homeowners with houses that rest on bedrock
Explanation:
California has its own earthquake insurance program for homeowners and the rates vary by the ZIP code, which depends on the proximity of nearest fault line.
However, critics claim that the people who set the rates ignored soil type. Some houses rest on bedrock while others sit on unstable soil. If the soil type is used, rate setting scheme creates an adverse selection problem.
An adverse selection problem is tendency of those in high-risk areas to purchase the insurance claim because there are higher chances they may get affected. Therefore, the homeowners with houses on unstable soil will more like buy insurance than the homeowners with houses that rest on bedrock.
