Instead of picking a cost price and calculating step by step, try combining the markup and the discount into a single net percentage change using the formula for successive percentage changes. A positive markup and a negative discount will partly cancel out.
Step 1: Understanding the problem.
The shopkeeper marks up the goods by 40% and gives a discount of 10%. We need to calculate the final profit percentage.
Step 2: Calculating the Cost Price (C.P.) and Selling Price (S.P.).
Let the cost price of the item be \( C \).
- Marked Price (M.P.) = \( C + 40% \, \text{of} \, C = C \times 1.40 \).
- The shopkeeper offers a 10% discount on the marked price, so the selling price is: \[ \text{Selling Price} = M.P. \times (1 - 0.10) = C \times 1.40 \times 0.90 = C \times 1.26 \]
Step 3: Finding the Profit Percentage.
Profit = Selling Price - Cost Price = \( C \times 1.26 - C = C \times 0.26 \).
Profit Percentage = \( \frac{\text{Profit}}{\text{Cost Price}} \times 100 = \frac{C \times 0.26}{C} \times 100 = 26% \).
Step 4: Conclusion.
The final profit percentage is 26%.
A company has $50{,}000$ preferred shares with dividend $20\%$ and $20{,}000$ common shares; par value of each share is ₹ 10. The total profit is $₹ 1{,}80{,}000$, of which $₹ 30{,}000$ is kept in reserve and the rest distributed to shareholders. Find the dividend percent paid to common shareholders.
A man buys apples at a certain price per dozen and sells them at eight times that price per hundred. What is his gain or loss percent?
A man buys apples at a certain price per dozen and sells them at eight times that price per hundred. What is his gain or loss percent?
By selling $12$ notebooks, the seller earns a profit equal to the \(\textit{selling price}\) of $2$ notebooks. What is his percentage profit?