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%
Answer:
they are debited to a Work in Process account
Explanation:
The journal entry to record the assignment of manufacturing overhead costs to production in a process cost system is done as follows:
Work - In Process (debit)
Overheads (credit)
In general, it is true that if the frequency is higher, then you make more money. For example, suppose you have a capital 1$ and the interest rate can be either 50% compunded annually or 25% compounded semiannually (same total interest in a year, different compounding rate). In the first case you get 1.5$ back at the end of the year, while in the second case after 1 semester you have 1.25$. After 2 semesters, you have 1.56$. You cannot make infinite money this way though; you can at most gain a factor of 2.7 by reducing the intervals of compounding.
The correct answer is the highest frequency, namely when the interest is compounded as frequently as possible (as long as the total interest rate is the same).
Branch-circuit conductors supplying a single motor compressor shall have an ampacity not less than 125% of either the motor-compressor rated load current or the branch-circuit selection current, whichever is greater. For a wye-start, delta-run connected motor-compressor, the selection of branch-circuit conductors between the controller and the motor-compressor shall be permitted to be based upon 72% of either the motor-compressor rated-load current or the branch-circuit selection current, whichever is greater.
Explanation:
A branch circuit consists of the conductors between the final over current safety equipment and the exhaust system(s).It consists of drivers between the final over current protection equipment (OCPD) and the receptacle outlets, the illumination outlet(s).
The OCPDs must produce an ampacity of not under 125% of the continuous loads plus 100% of the non-continuous loading.
You must not exceed 125% of the continuous charges, plus 100% of the non-consistent charges
Answer:
$480,000
Explanation:
The computation of the depreciable cost of the new asset is shown below:
Given that
Depreciation tax shield = $19,200
Tax rate= 40%
Now
Actual Depreciation for the year is
= $19,200 ÷ 40%
= $48,000
Now
Total Depreciation cost for 10 years is
= $48,000 × 10
= $480,000
