Answer:
b) 2,000
Explanation:
sales price = $30
10% from each sale = $3
the amount of rent paid as a percentage of sales = $15,000 - $9,000 = $6,000
the indifference point in units = $6,000 / 10% revenue margin = $6,000 / $3 = 2,000 units
If Bates sells less than 2,000 units, then he should prefer option 2, but if he sells more than 2,000 units, then option 1 is better for him.
A. Zoey is likely a freelancer
Both Ciara and Elon earned the same number of points toward their GPA.
AP classes are on a 5.0 scale, so a b in an AP class is the same as an A in a regular class
The question is incomplete as the figures are missing. The complete question is,
Fosnight Enterprises prepared the following sales budget:
Month Budgeted Sales
March $6,000
April $13,000
May $11,000
June $20,000
The expected gross profit rate is 20% and the inventory at the end of February was $7,000. Desired inventory levels at the end of the month are 30% of the next month's cost of goods sold. What are the total purchases budgeted for May?
Answer:
Purchases - May = $10960
Explanation:
To calculate the total value of purchases that are budgeted for May, we first need to calculate the cost of goods sold and the opening and closing inventory for May.
As the gross profit margin is 20%, the cost of goods sold will be 80% of sales.
Cost of goods sold for May = 0.8 * 11000 = $8800
Cost of goods sold for June = 0.8 * 20000 = $16000
Opening inventory - May = 8800 * 0.3 = $2640
Closing Inventory - May = 16000 * 0.3 = $4800
Purchases = Closing Inventory + Cost of Goods Sold for the month - Opening Inventory
Purchases - May = 4800 + 8800 - 2640
Purchases - May = $10960
Answer:
Answer is option b i.e. will produce a plan that may not be the best plan.
Explanation:
Simulation is the technique used to create an artificial environment that is similar to the real-life situation to study various problems and how to tackle them. However, it is not the full proof plan which means it is based on certain probability and chances that a certain situation might arise. Many times situations are not as planned and here we cannot solely depend on the solution that we have learned during the simulation process. Therefore, the simulation will provide us with a plan that may or may not be the best plan.