To calculate the percentage return, use the formula (total profit / total investment) * 100, which gives us
( 100 / 1000 ) * 100 = 10%
Response:
Total Sales= $3,000,000
Clarification:
Based on the following details:
The expectation is to sell 10,000 mattresses over the current year, with 1,000 mattresses available in finished goods inventory at the previous year's close. Armando aims to end this year with at least 1,250 finished mattresses in inventory. There won't be any leftover work-in-process inventory. Each mattress retails for $300.
Production:
Sales projected= 10,000
Ending inventory goal= 1,250
Beginning inventory= (1,000)
Total needed= 10,250
Sales therefore total= 10,000*300= $3,000,000
Explanation:
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Answer:12.81%
Explanation:
PMT (the monthly investment amount) is $500
n = 35 years = 35 x 12 = 420 months
The future value (FV) of the account over 35 years is $4,000,000
Present value (PV) = 0
i/r =?
By inputting these values into a financial calculator, we arrive at:
i/r = 1.07%/month
--> The annual rate of return computes to 1.07% x 12 = 12.81%
I perceive this method as unsustainable for two main reasons. Initially, from an agricultural standpoint, I believe it's imprudent to cultivate the same crop in a field for four consecutive years; crop rotation is preferable to prevent nutrient depletion from the soil. Secondly, from an economic viewpoint, it might be unwise as the farmer is putting everything at risk by assuming that wheat prices will remain high, whereas having a variety of crops could provide alternatives in case of a fall in wheat prices.