Answer: -10.14%
Explanation:
Original Price of bond:
Interest is paid semiannually so some variables need to be adjusted:
Period = 13 * 2= 26 semi annual periods
Coupon = 6% * 1,000 * 0.5 = $30 per period
Yield = 5.5% / 2 = 2.75%
Price = $1,046
Price after yield increases to 6.7%
Period = 13 * 2= 26 semi annual periods
Coupon = 6% * 1,000 * 0.5 = $30 per period
Yield = 6.7% / 2 = 3.35%
Price = $939.88
Percentage change = (939.88 - 1,046) / 1,046
= -10.14%
Answer:
The contribution margin per machine hour is $150.
Explanation:
Note: The missing part of the question is
Food Processor Espresso Machines
Sales price $125 $225
Variable costs $50 $150
Solution
Contribution Margin per Machine = Sales Price - Variable Cost
=$125 - $50
=$75
Contribution Margin = Contribution per Machine × Number of Machines Produced in 1 Machine Hour
= $75 * 2
= $150
Thus, the contribution margin per machine hour for food processors is $150.
Answer: Option A
Explanation: An auditor refers to an individual who is certified by an authority to perform an audit. The auditor provides an independent opinion as if the statements of the company are prepared as per the accounting and auditing standards.
Fraud examiners are the individuals who investigates an activity which is concluded to be a fraud already.
The difference between the two is, the auditor initially ascertains if there is a fraud while the fraud examiner tries to ascertain who is guilty of performing the fraud.
Hence from the above we can conclude that the correct option is A.
Answer:
Gross margin = $166,500
so correct option is C. $166,500
Explanation:
given data
Planned and actual production = 40,000 units
Sales = 37,000 units @ $15 per unit
Production costs
Variable = $4 per unit
Fixed = $260,000
Selling and administrative costs
Variable = $1 per unit
Fixed = $32,000
to find out
gross margin that the company would disclose on an absorption costing income statement
solution
we get here sale that is
Sales = 37000 × $15
sales = $555,000
and
cost of good sold is
cost of good sold is = variable cost per unit + fixed cost per unit
cost of good sold is = 4 + 
cost of good sold is = 10.5
so total cost of god sold = 37000 × $10.5
total cost of god sold = $388500
so Gross margin is here
Gross margin = $555,000 - $388500
Gross margin = $166,500
Answer:
Variable overhead efficiency variance= $110 favorable
Explanation:
Giving the following information:
The quantity standard is 1.4 hours per unit.
The variable overhead rate standard is $11.00 per hour.
The company produced 1,450 units using 2,020 direct labor-hours.
To calculate the variable overhead efficiency variance, we need to use the following formula:
Variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
standard quantity= 1.4*1,450= 2,030
Variable overhead efficiency variance= (2,030 - 2,020)*11
Variable overhead efficiency variance= $110 favorable
