The carrying value of a bonds at the time of maturity will always equals: par value.
<h3>What is Par value?</h3>
Par value can simply be defined as the price of a bond or face value of a bond.
The carrying value of bonds at the time of maturity will always equals par value by adding or lessing the carrying amount or unamortized discount or unamortized premium.
Inconclusion the carrying value of a bonds at the time of maturity will always equals: par value.
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That statement is true
In united states, there are only two things that considered as a primary source of criminal law.
The first one is the court ruling that is made by both state and supreme courts. The second one is the legislation that are passed by the representatives in state and federal government.
Answer:
A
Explanation:
TRUE - The operating system converts a basic user request into the set of detailed instructions that the computer hardware requires, thus acting as an intermediary between the application and the hardware.
Answer:
B. the direct labor-hours that should have been used to complete the actual output for the period.
Explanation:
Standard hours is the amount of time or hours of labour time taken to complete the period's actual output. It is the time that should have been taken to complete the period's actual output.
It is usually calculated by multiplying standard hours allowed per unit by actual output for the period.
Answer:
$24.44
Explanation:
The computation of the price sell for in four years is shown below:
But before that first determine the following calculations
Growth Rate is
= ROE × Plowback ratio
= 24% × 0.15
= 3.6%
Now
Dividend per share is
= EPS × (1 - Plowback Ratio)
= $2 × (1 - 0.15)
= $1.57
And, finally
Price of share is = Expected Dividend Next Year ÷ (Required Return - Growth Rate)
It can be rearrange like
Price in 4 years = Dividend Year 5 ÷ (Required Return – Growth Rate)
= 1.57 × (1.036)^4 ÷ (11% - 3.6%)
= $24.44
