Answer:
Total inventory procuring cost $ 12.000
Explanation:
Step 1. Given information. and Step 2. Formulas needed to solve the exercise.
To find out invencoty cost, we need to calculate EQO
EOQ = sqrt of (2 * ordering cost per order * total quantity required / carrying cost per order)
Total inventory procuring cost = Carrying cost per unit per year (EOQ/2) + Fixed order cost * no of times ordered
Step 3. Calculation. and Step 4. Solution.
EOQ = sqrt of (2 * 500 * 8.000 / 18) = 667 units.
Therefore no of times to be ordered = 8.000/667 = 11.99 = 12 times
Total inventory procuring cost = 18 (667/2) + 500 (8.000/667) = $ 12.000
Note
Total Inventory procuring Cost is the sum of the carrying cost and the ordering cost of inventory.
Answer:
Net Present Value for this project is -411,111.11
Explanation:
Net Present Value is the difference between present values of future cash flows and present value of future cash outflows. Since, the outflows are paid today, we don't need to discount them.
Since we have indefinite period of time and expected net cash inflow of 107,000$ after first year, where it is expected to grow annually at 3%, we can use following formula:
P V = F V / i-g, where g is annual growth rate of future cash inflow. Therefore, we will have P V = 1,188,888. In order to calculate N P V we need to calculate the difference between P V and initial investments. Finally, we get -411,111.11
Answer:
1. $3.20 x 2.20 = $7.04
2. It will be favorable.
3. It will be unfavorable.
4. Direct material price variance = $22
Direct material quantity variance = 0.48
Explanation:
1. Standard direct cost per unit=cost of direct materials price x direct material standard quantity per unit.
2. It will be favorable because they expected or had budgeted to pay $3.60 per foot for the material but the actual cost became $3.20. So they pay $0.40 less than they had expected to pay.
3. It will be unfavorable because they had planed or budgeted for each unit to use 2.05 feet of leather but they ended up needing 2.20 feet of leather per collar so that means they under budgeted by 0.15 feet.
4. Direct material price variance =( $3.60 x 55) less ($3.20x55)=$22
The total amount that was budgeted or expected to be paid is subtracted from the total actual price that was paid.
Direct material quantity variance = (2.05x$3.20) less (2.20x$3.20)= -0.48
The total direct material quantity that is used is subtracted from the quantity that was expected to be used.
Answer:
0.0042 is the probability of the stick's weight being 2.33 oz or greater.
Explanation:
We are given the following information in the question:
Mean, μ = 1.75 oz
Standard Deviation, σ = 0.22 oz
We are given that the distribution of drumsticks is a bell shaped distribution that is a normal distribution.
Formula:
P(stick's weight being 2.33 oz or greater)
P(x > 2.33)
Calculation the value from standard normal z table, we have,
0.0042 is the probability of the stick's weight being 2.33 oz or greater.
Answer:
Instructions are listed below.
Explanation:
Giving the following information:
Direct Labor Variances Dvorak Company produces a product that requires 3 standard hours per unit at a standard hourly rate of $17 per hour. If 1,000 units required 2,800 hours at an hourly rate of $16.50 per hour.
A)
Direct labor price variance= (SR - AR)*AQ
Direct labor price variance=(17 - 16.5)*2,800= 1,400 favorable
B) Direct labor efficiency variance= (SQ - AQ)*standard rate
Direct labor efficiency variance= (3,000 - 2,800)*17= 3,400 favorable
C) Total direct labor variance= -1400 - 3400= -4,800 favorable
