Answer:
3.5%
Explanation:
the yield to maturity of a zero coupon bond is calculated using the following formula:
YTM = (face value / current market value)¹/ⁿ - 1
YTM = ($100 / $70.89) ¹/¹⁰ - 1 = 3.5%
the way you can check if your calculations were correct is to find the future value of the bond using the YTM = $70.89 x (1 + 3.5)¹⁰ = $99.997 ≈ $100
Answer:
d) overapplied $160
Explanation:
$35,000 expected overhead / 5,000 machine= 7 dollar per machine hour are spend on overhead
<em><u>applied overhead:</u></em>
4,980 x 7 = 34,860
<u><em>actual overehad:</em></u> 34,700
As the amount of cost enter by the accounting are above the real cost, we are going to increase the manufacturing overhead cost and making the net income lower for this particular reason.
Answer:
The answer is C: 14300
Note: The actual answer is 14296, <em>and </em>the closest to that was option C.
Explanation:
Formula to calculate forecast using Exponential smoothing:
Where,
= New Forecast 
= Previous period's forecast.
= Smoothing Constant 
= Previous period's Actual Demand.
- Calculating the forecast for period 5:
Data:
Putting <em>values in the formula:</em>
Answer:
E. property damage auto 5. pays if insured is at fault and someone else's-
property is damaged
Answer:
Variable overhead efficiency variance = $2,212unfavorable
Explanation:
variable overhead efficiency variance: Variable overhead efficiency variance aims to determine whether or not their exist savings or extra cost incurred on variable overhead as a result of workers being faster or slower that expected.
Since the variable overhead is charged using labour hours, any amount by which the actual labour hours differ from the standard allowable hours would result in a variance
Hours
5,400 units should have taken (5,400×3.8 hours) 20,520
but did take <u> 20,800</u>
Labour hours variance 280 unfavorable
Standard variable overhead rate × <u>$ 7.90</u> per hour
Variable overhead efficiency variance $2,212 unfavorable
Variable overhead efficiency variance = $2,212unfavorable
