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A 300 -acre farm produced 20,000 bushels of corn last year. What is the minimum rate of production, in bushels per acre, that is needed this year so the farm's two-year production total will be at least 49,100 bushels of corn?

A 300300 -acre farm produced 2020,000000 bushels of corn last year. What is the minimum rate of production, in bushels per acre, that is needed this year so the farm's two-year production total will be at least 4949,100100 bushels of corn?

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Q. A 300300 -acre farm produced 2020,000000 bushels of corn last year. What is the minimum rate of production, in bushels per acre, that is needed this year so the farm's two-year production total will be at least 4949,100100 bushels of corn?
  1. Given Information: Determine the total production needed for two years.\newlineThe farm needs to produce at least 49,10049,100 bushels of corn over two years.
  2. Subtract First Year: Subtract the first year's production from the total needed.\newlineThe farm produced 20,00020,000 bushels last year, so we subtract this from the two-year total to find out how much more is needed.\newline49,10049,100 bushels - 20,00020,000 bushels == 29,10029,100 bushels
  3. Calculate Minimum Rate: Calculate the minimum rate of production for the second year.\newlineThe farm has 300300 acres, and we need to find out how many bushels per acre it needs to produce to meet the two-year goal.\newlineMinimum rate of production =Needed production for the second yearNumber of acres= \frac{\text{Needed production for the second year}}{\text{Number of acres}}\newlineMinimum rate of production =29,100 bushels300 acres= \frac{29,100 \text{ bushels}}{300 \text{ acres}}
  4. Final Answer: Perform the division to find the minimum rate of production.\newlineMinimum rate of production = 29,100 bushels300 acres=97 bushels per acre\frac{29,100 \text{ bushels}}{300 \text{ acres}} = 97 \text{ bushels per acre}

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