Answer:
9,200 favourable
Explanation:
Calculation for direct materials quantity variance for last month
First step is to calculate the Standard quantity
Standard quantity = 6,800 units × 2 gallons
Standard quantity = 13,600gallons
Now let Calculate direct materials quantity variance for last month Using this formula
Direct materials quantity variance = Standard Price × (Standard Quantity - Actual Quantity)
Let plug in the formula
Direct materials quantity variance = $4 × (13,600 gallons - 11,300gallons)
Direct materials quantity variance = $4 × 2,300 gallons
Direct materials quantity variance = $9,200 favorable
Therefore The direct materials quantity variance for last month was $9,200 favourable
Answer:
The correct answer is option b.
Explanation:
The doubling of inputs would increase the cost of production. It would also increase the quantity of output produced. If the average cost of production is decreasing with the increase in output level, this is an indicator of the economies of scale.
Economies of scale is the cost advantage due to large scale of production.
Solution
Given :
Standard direct labor hours = 4.6 hours per unit
Standard variable overhead rate = $ 4.60 per hour
Actual direct labor hours worked = 9400
Actual variable overhead incurred = $ 44,940
Number of units of N06C = 2100 units
Therefore, output absorbed, V.OH = SHAO x budget OH/hr
= (2100 units x 4.6 per unit) x $ 4.60 per hour
= $ 44,436
The Input Absorbed V.OH = actual hours x budgeted OH/hour
= 9400 x $ 4.60 per hour
= $ 43,240
Therefore, the variable overhead rate variance is = $ 43,240 - $ 44,436
= $ 1196 (U)
Answer:
Calculate the dirty price.
Here, coupon interest is compounded semiannually. Hence, divide coupon rate by 2.
Dirty Price = Bond Clean Price + Accrued Interest
Dirty Price = Bond Clean Price +(Face Value X Coupon Rate/2 X Day Count/ Total Days
Dirty price = 1026 + (1000 x 6.6%/2 x 74/183)
Dirty price = $1,039.34
I had this question before, the answer I got correct is D
