Question
A shopkeeper bought two articles for Rs. 800 each. If he sold one of them at 40% profit and the other at 25% loss, then find the difference between the selling prices of both the articles.
More Profit and loss Questions
- The cost price of five dozen sandwiches is Rs. 300. After selling 42 sandwiches at the rate of Rs. 90 per dozen, the shopkeeper reduced the rate and sold t...
- A trader marks up the price of an article by 40% and allows a discount of 25% on the marked price. If his profit is ₹30, find the cost price of the article...
- A shopkeeper gave two successive discounts on an item after the item was marked up 75%. After selling the item at Rs.756 profit percent earned is 18.125%. ...
- A shopkeeper increases the price of an article by 40% and then provides a 25% discount on the marked-up price. If the final selling price of the article is...
- A farmer buys 100 kg of fertilizer at Rs 18 per kg and pays Rs 200 as transportation charges. He sells the entire fertilizer at Rs 25 per kg. What is his p...
- A wristwatch was sold for Rs. 720.80, making a gain of 20%. If the selling price had been Rs. 690 instead, what would have been the profit or loss percenta...
- A person bought an article and sold it at a loss of 20%. If he had bought it at 10% loss and sold it for 74 more, he would have gained 30%. Find the profit...
- A shirt priced at Rs. 1200 is sold after offering two successive discounts of 25% and 15%. What is the final selling price?
- An article is sold at 20% loss. If its selling price is increased by 150, then it becomes a 10% profit. Find the cost price.
- A man sold 30 articles for ₹100 and gained 20%. The number of articles he bought for ₹100 was:
Relevant for Exams:
Hey! Ask a query
Please enter email id
The email must be a valid email address.
Please enter Mobile Number
Please enter valid Mobile Number
Please enter your Doubt
Think You're Ready for RBI Grade B?
RBI Grade B 2026 Phase 1 Memory Based Paper
- 200 Questions with Detailed Solutions
- Section-wise Coverage (GA, English, Quant & Reasoning)