This problem requires calculating the overall profit percentage for a trader who employs two strategies to maximize earnings: claiming a higher profit margin and using a faulty weighing scale.
The goal is to determine the true total profit percentage earned by the trader, considering both the markup and the underweight.
To simplify calculations, let's assume the cost price (CP) of 1 unit of weight (e.g., 1 gram or 1 kilogram) is '$ C $'.
Based on the claimed profit of 52%, the trader sets an intended selling price. If the weight were accurate, the SP for a given quantity would be:
Intended SP = $ C \times (1 + \frac{52}{100}) = C \times (1 + 0.52) = 1.52 \times C $
The trader uses a scale that provides 8% less weight. Let's analyze the situation assuming the scale indicates '100 units' for sale.
The actual profit is the difference between the amount the trader receives (Actual SP) and the cost incurred for the goods provided (Actual CP).
The total profit percentage is calculated using the Actual Cost Price as the base.
Total Profit Percentage = $ (\frac{\text{Actual Profit}}{\text{Actual Cost Price}}) \times 100 $
Substituting the values we found:
Total Profit Percentage = $ (\frac{60 \times C}{92 \times C}) \times 100 $
The '$ C $' term cancels out:
Total Profit Percentage = $ (\frac{60}{92}) \times 100 $
Simplify the fraction:
Total Profit Percentage = $ (\frac{15}{23}) \times 100 $
Performing the division:
Total Profit Percentage $ \approx 65.217\% $
The question asks for the answer rounded to the nearest whole number.
Rounded Profit Percentage = 65%
A trader claims to sell fruits at a profit of 22%, but also dishonestly uses a weight which is 4% less than what is mentioned on it. Find the total percentage of profit earned by the trader. (Round off the answer to the nearest whole number.)