Table of content:
- Step 1: The Groundwork
- Step 2: The Three Sections
- Step 3: Practice Makes Improvement
- The Secret Ingredient
Table of content:
- Understanding Basics Of Number Series
- Types Of Number Series Reasoning Questions
- Addition & Multiplication In Number Series
- Square & Cube-Based Number Series Patterns
- Missing Terms & Arranging Sequences
- Tricks & Tips For Solving Number Series
- Selected Sample Questions With Detailed Solutions
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Terminologies Used in Blood Relation Questions
- What is a Family Tree?
- Types Of Blood Relation Questions
- Verbal Reasoning in Blood Relation
- Tips For Solving Blood Relation Questions
- Common Pitfalls while Solving Questions
- Selected Questions (MCQs) For Practice With Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Letter Series In Logical Reasoning
- Types Of Letter Series Patterns
- Tips For Solving Letter Series Reasoning
- Best Practice Question Samples With Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Basics of Problems On Age-Related Questions
- Formula to Solve Problems on Ages-Related Questions
- Types of Age-Related Questions & Examples
- Tips & Tricks for Solving Ages Problems
- Best MCQs on Problems on ages with solved answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Definition of Calendar
- Understanding Days of the Week
- Understanding the Concept of Leap Year
- Concept of Odd Days in a Century
- Tips For Calendar Reasoning Questions
- Top 10 Calendar Questions & Answers For Practice (MCQs)
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Basic Concepts of Clock
- Structure of a Clock
- Angle Equilavalence in Clock
- Tips For Solving Clock Questions
- Selected Clock Questions & Answers (MCQs)
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Understanding The Concept Of Direction Sense
- Tips For Effective Problem-Solving In Direction Sense
- Practical Test Practice Questions And Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Importance Of Dice Reasoning
- Dice Numbers In Dice Reasoning
- Classification Of Dice
- Constructed Vs Deconstructed Dice
- Tricks & Tips For Solving Dice Problems
- Practice MCQs With Detailed Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Alphanumeric Series Defined
- Alphanumeric Series In Reasoning Tests
- Tips & Strategies For Solving Alphanumeric Series
- Practice Sample Questions With Detailed Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Concept Of Mirror Image Reasoning Explained
- Important Terms In Mirror Image Reasoning
- Types Of Mirror Images
- Identifying Correct Mirror Image
- Finding Clock's Mirror Image
- Tips To Solve Mirror Images
- Selected Practice Questions With Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Concept & Overview Of Input-Output
- Input-Output In Competitive Exams
- Types Of Input-Output Problems
- Strategies, Tips & Tricks For Solving Reasoning Questions
- Selected Practice Questions With Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Importance Of Finding The Odd One Out
- Tricks And Tips
- Strategies For Finding The Odd One Out
- Selected Practice Questions & Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Understanding Key Concepts
- Exploring Different Ranking Types
- Formula And Application Of Order And Ranking
- Tips For Solving Order & Ranking
- Selected Practice Questions And Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Importance Of Pipes & Cistern Aptitude
- Key Terminologies used in Pipes and Cisterns
- Pipes and Cisterns Formula with Examples
- Pipes and Cisterns Shortcut Tricks
- Tips For Solving Pipes & Cistern Problems
- Selected Questions & Answers For Practice (MCQs)
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Key Concept in Boats and Streams
- Formulas Of Boats & Streams
- Distance & Time Formula
- Tips For Solving Boats & Streams Questions
- Selected Practice Questions With Answers (MCQs)
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Concept of Mixture and Alligation
- Types Of Alligation Questions
- Formula for Solving Mixture & Alligation
- Tips For Solving Mixture And Alligation
- Selected Questions With Answers For Practice
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Time & Work Concepts
- Time And Work Formulas
- Tips For Solving Time And Work Questions
- Time And Work Questions With Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- What is Harmonic Progression(HP)?
- Formula to find the nth Term in Harmonic Progression
- Formula to find the Sum of the nth Term in HP
- What is Harmonic Mean?
- Harmonic Progression Solved Best MCQs
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- What is Mensuration in Maths?
- What are 2D figures in Mensuration?
- What are 3D figures in Mensuartion?
- Basic Terminologies In Mensuration
- Basic 2D Formulas in Mensuration
- Basic 3D Formulas in Mensuration
- 2D vs 3D in Mensuration
- Solved Questions With Solutions (MCQs)
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Relationship Between Time, Speed And Distance
- Conversion Units Time, Speed And Distance
- Average & Relative Speed: Two Trains Moving in the same or opposite direction
- Solved MCQs on Time, Speed And Distance
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Basics Of Simplification
- BODMAS Rule in Simplification Explained
- Simplification & Approximation Relation
- Key Terms in Simplification
- Examples Of Simplification Techniques
- Simplification Questions With Solved Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Height And Distance Important Terms
- Right Angled Triangle In Trigonometry
- Trigonometric Ratios
- Solved Examples For Better Understanding
- Height And Distance Applications In Trigonometry
- Height And Distance Practice Questions & Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Defining Interest Types
- Simple Interest Vs. Compound Interest
- Selected Solved Questions & Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Basic Concepts Of Profit And Loss
- Determining Selling Price
- Calculating Discounts
- Formulas For Calculating Profit And Loss
- Examples Of Profit And Loss
- Profit & Loss Questions With Detailed Solution
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Defining Angle Of Elevation
- Key Terms Used In Angle Of Elevation
- Angle of Elevation Formula with Example
- Angle of Elevation vs. Angle of Depression
- Angle of Elevation MCQs with Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Defining HCF And LCM
- Calculation Methods Of HCF And LCM
- HCF By Prime Factorization Method
- LCM By Prime Factorization Method
- Difference Between HCF And LCM
- HCF & LCM Practice Questions With Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- What is fraction and decimal?
- Understanding Decimal Fraction
- Place Value in Decimal Fraction
- Mathematical Operations with Decimal Fraction
- Practice with Solved Examples
- Summary
- Frequently Asked Questions
Table of content:
- All About Decimals
- All About Fractions
- How to Convert a Decimal into Fraction
- Simple vs Recurring Decimals
- Converting Recurring Decimals to Fractions
- Conversion Charts
- Practice Questions (With Solutions)
- Closing Thoughts
- Frequently Asked Questions
Table of content:
- What is Arithmetic Mean?
- Arithmetic Mean Formula- Ungroup Data & Group Data
- Merits of Arithmetic Mean
- Demerits of Arithmetic Mean
- Alternatives to Arithmetic Mean
- What is the Weighted Arithmetic Mean?
- Arithmetic vs. Geometric Mean
- Arithmetic Mean Application in Statistical Analysis
- Arithmetic Mean Practice Questions with Explanation
- Frequently Asked Questions
Table of content:
- What is Geometric Progression?
- Key Properties of Geometric Progression
- General Form Of Geometric Progression
- General Term or the Nth Term of Geometric Progression
- The sum of nth Terms of GP
- Types Of Geometric Progression
- Solved Questions and Answers of GP
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Average in Maths
- Average Formula in Maths
- Differentiating Types of Average
- How to Calculate Average of Negative Numbers?
- Practical Applications of Averages
- Average Questions For Practice
- Frequently Asked Questions
Table of content:
- What is Simple Interest in Maths?
- Simple Interest Formula Explained
- Simple Interest Formula for Years, Months & Days
- Simple Interest Examples & Practice Questions
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Defining Mathematical Ratios
- Understanding Proportions Fundamentals
- Differentiating Ratios from Proportions
- Ratio and Proportion Formulas
- Properties of Ratio and Proportion
- How to Solve Ratio and Proportion Problems
- Ratio and Proportion Problems (With Solutions)
- Summary
- Frequently Asked Questions
Table of content:
- What is Number in Maths?
- Types of Numbers With Example
- Real vs Complex Numbers Explored
- Basic Operations on Numbers
- Practice Questions (With Solutions)
- Frequently Asked Questions
Table of content:
- What is Arithmetic Progression (AP) in Maths?
- Important Terminologies in Arithmetic Progression
- Basic Terms in Arithmetic Progression
- General Form Of Arithmetic Progression Series
- Types Of Arithmetic Progression
- Solved Questions With Explanation (MCQs)
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Understanding Basic Concept
- Importance Of Train Problems In Aptitude
- Tips To Solve Train Problems
- Selected Practice Questions & Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Definition Of Mode
- Calculating Mode For Ungrouped Data
- Calculating Mode For Grouped Data
- Bimodal, Trimodal & Multimodal Distributions
- Comparing Mean, Median & Mode
- Selected Practice Questions With Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Important Concept In Races And Games
- Calculating Time, Speed & Distance
- Importance Of Races And Games Problems
- Sample Practice Questions With Answers
- Conclusion
- Frequently Asked Questions (FAQs)
Table of content:
- Types Of Partnership
- Formula For Partnership Questions
- Tips To Solve Partnership Aptitude Questions
- Selected Partnership Questions (Practice MCQs)
- Conclusion
- Frequently Asked Questions (FAQs)
Partnership Questions- Quantitative Aptitude MCQs With Answers

Topic related to partnership questions is a crucial topic in the quantitative aptitude section of various competitive exams such as SBI PO, LIC, SSC CGL, SSC CHSL, and others. This topic usually features 1-2 questions in Banking Exams and SSC exams every year.
A partnership is when two or more people team up in business to make money, and they are known as partners. Each partner contributes money for a specific period to support the partnership in making profits.

Types Of Partnership
There are two types of partnership:
Simple Partnership
When partners contribute varying amounts of money for an equal duration, or the same amount for different durations, it is known as a simple partnership.
Compound partnership
When partners contribute varying amounts of money for different durations, the partnership is known as a compound partnership. In this type of partnership, profits are influenced by both the invested capital and the length of time it is invested.
Formula For Partnership Questions
The formula commonly used for solving partnership-related questions is:
Profit or Loss Ratio= Investment×TimeTotal/Investment×Time
This formula helps in finding the share of profit or loss for each partner based on their investment and the time for which the investment was made.
Another important formula used in partnership problems is:
Share of Each Partner= Investment×Time/Total Investment×Time×Total Profit or Loss
This formula helps calculate the share of profit or loss for each partner based on their investment and the total profit or loss generated during a certain period of time.
Tips To Solve Partnership Questions
Knowing how to answer partnership questions is important for doing well in exams and interviews. These questions check your math and problem-solving skills, proving you can solve tough problems quickly.
Practice & Shortcuts
To excel in partnership aptitude questions, consistent practice is key. Regularly solving exercises helps you familiarize yourself with different question types and improves your speed and accuracy.
Common Scenarios
Partnership questions often involve scenarios where partners collaborate in a business, sharing profits based on their agreed-upon profit ratio. These scenarios can extend over several years, requiring partners to calculate their total profit share accurately.
Efficient Techniques
To efficiently solve partnership problems, it's crucial to grasp the concept of compound and simple interest, as these play a significant role in determining each partner's profit share. Understanding how to distribute profits among partners ensures a fair and transparent process.
Utilizing Online Resources
Take advantage of online platforms to supplement your practice sessions for partnership-related exams. These platforms provide a variety of resources, including practice tests, video tutorials, and interactive quizzes to help you refine your skills.
Selected Partnership Questions (Practice MCQs)
Question 1: Two friends A and B started a business by investing Rs.2000 and Rs. 8000 respectively. After 2 years, what is the ratio of their profits?
A) 1:3
B) 2:5
C) 1:4
D) 3:7
Answer: C) 1:4
Explanation: The ratio of profits is directly proportional to the ratio of investments. In this case, the ratio of investments made by A and B is 2000:8000, which simplifies to 1:4. Therefore, the ratio of their profits will also be 1:4.
Question 2: A, B, and C invests Rs. 3000, Rs. 5000, and Rs. 7000 respectively in a business. After 1 year, the profit earned is Rs. 2400. What is C's share of the profit?
A) Rs. 600
B) Rs. 800
C) Rs. 1000
D) Rs. 1200
Answer: C) Rs. 1000
Explanation: To find C's share of the profit, we need to calculate the ratio of their investments. The ratio of A, B, and C's investments is 3:5:7. Therefore, C's share of the profit would be (7/15) × Rs. 2400 = Rs. 1000.
Question 3: X and Y invest Rs. 4000 and Rs. 6000 respectively in a business. After 1 year, the total profit earned is Rs. 2000. What is X's share of the profit?
A) Rs. 400
B) Rs. 600
C) Rs. 800
D) Rs. 1000
Answer: C) Rs. 800
Explanation: Find the ratio of X's investment to the total investment (4000 / 10000) and then multiply that ratio by the total profit earned (2000). Therefore, X's share is (4000 / 10000) × 2000 = Rs. 800.
Question 4: If A invests Rs. 3000 for 6 months and B invests Rs. 5000 for 8 months in a business, and they share the profit in the ratio 3:5, what is A's share of the profit if the total profit earned is Rs. 4000?
A) Rs. 1200
B) Rs. 1500
C) Rs. 1600
D) Rs. 1800
Answer: B) Rs. 1500
Explanation: We first need to calculate the total investment made by A and B. A invested Rs. 3000 for 6 months, so A's total investment is Rs. 3000 × 6 = Rs. 18000. B invested Rs. 5000 for 8 months, so B's total investment is Rs. 5000 × 8 = Rs. 40000.
Next, we find the ratio of their investments: A:B = 18000:40000 = 9:20. Since they share the profit in the ratio 3:5, we need to find the multiplier that will scale the ratio of their investments to the ratio of their profit share: 9x:20x = 3:5. Solving for x, we get x = 3.
Now, we find A's share of the profit: A's share = (3/8) × Rs. 4000 = Rs. 1500. Therefore, A's share of the profit is Rs. 1500.
Question 5: A and B started a business by investing Rs. 4000 and Rs. 6000 respectively. After 6 months, they earned a profit of Rs. 3000. What is B's share of the profit if they share the profit in the ratio of their investments?
A) Rs. 1200
B) Rs. 1500
C) Rs. 1800
D) Rs. 2000
Answer: C) Rs. 1800
Explanation: B's share of the profit would be calculated based on the ratio of their investments. Since A invested Rs. 4000 and B invested Rs. 6000, the total investment is Rs. 10000. B's share would be (6000/10000) × 3000 = Rs. 1800. Therefore, B's share of the profit is Rs. 1800.
Question 6: A, B, and C started a business by investing Rs. 3000, Rs. 5000, and Rs. 7000 respectively. After 1 year, they earned a profit of Rs. 4500. What is the ratio of their investments?
A) 1:2:3
B) 2:3:4
C) 1:3:7
D) 4:5:6
Answer: C) 1:3:7
Explanation: The total investment made by A, B, and C is Rs. 3000 + Rs. 5000 + Rs. 7000 = Rs. 15000.
A's investment ratio = Rs. 3000 / Rs. 15000 = 1/5
B's investment ratio = Rs. 5000 / Rs. 15000 = 1/3
C's investment ratio = Rs. 7000 / Rs. 15000 = 7/15
Therefore, the ratio of their investments is 1:3:7.
Question 7: X and Y started a business by investing Rs. 4000 and Rs. 6000 respectively. After 1 year, they earned a profit of Rs. 3000. What is the ratio of their profits?
A) 1:2
B) 2:3
C) 3:4
D) 4:5
Answer: B) 2:3
Explanation: To find the ratio of X and Y's profits, we first need to calculate their individual profits. Since they earned a total profit of Rs. 3000 after 1 year, we can divide this profit based on their initial investments.
X's profit = (4000/10000) × 3000 = Rs. 1200 Y's profit = (6000/10000) × 3000 = Rs. 1800. Therefore, the ratio of X's profit to Y's profit is 1200:1800, which simplifies to 2:3.
Question 8: A, B, and C started a business together. A invested Rs. 2000, B invested Rs. 3000, and C invested Rs. 5000. After 1 year, they earned a profit of Rs. 4500. What is the ratio of their profits?
A) 2:3:5
B) 3:5:7
C) 5:7:9
D) 1:2:3
Answer: A) 2:3:5
Explanation: Adding up their individual investments: 2000 + 3000 + 5000 = Rs. 10,000. Next, we need to find the individual share of each partner in the profit. To do this, we divide each partner's investment by the total investment and then multiply it by the total profit earned.
A's share = (2000 / 10000) × 4500 = Rs. 900
B's share = (3000 / 10000) × 4500 = Rs. 1350
C's share = (5000 / 10000) × 4500 = Rs. 2250Therefore, the ratio of their profits is:
A : B : C = 900 : 1350 : 2250
Simplifying, we get:
A : B : C = 2 : 3 : 5.
Question 9: X, Y, and Z started a business together. X invested Rs. 4000, Y invested Rs. 6000, and Z invested Rs. 8000. After 1 year, they earned a profit of Rs. 4500. What is the ratio of their profits?
A) 1:2:3
B) 2:3:4
C) 3:4:5
D) 4:5:6
Answer: B) 2:3:4
Explanation: The total investment of X, Y, and Z is Rs. 4000 + Rs. 6000 + Rs. 8000 = Rs. 18000.
X's share of the profit = (Rs. 4000 / Rs. 18000) × Rs. 4500 = Rs. 1000
Y's share of the profit = (Rs. 6000 / Rs. 18000) × Rs. 4500 = Rs. 1500
Z's share of the profit = (Rs. 8000 / Rs. 18000) × Rs. 4500 = Rs. 2000
Therefore, the ratio of their profits is: X : Y : Z = Rs. 1000 : Rs. 1500 : Rs. 2000. Simplifying this ratio, we get, X : Y : Z = 2 : 3 : 4. So, the ratio of their profits is 2:3:4.
Question 10: A, B, and C started a business together. A invested Rs. 3000, B invested Rs. 5000, and C invested Rs. 7000. After 1 year, they earned a profit of Rs. 4800. What is the ratio of their profits?
A) 3:5:7
B) 2:3:4
C) 4:5:6
D) 5:6:7
Answer: A) 3:5:7
Explanation: The total investment of A, B, and C is Rs. 3000 + Rs. 5000 + Rs. 7000 = Rs. 15000.
A's share of the profit = (Rs. 3000 / Rs. 15000) × Rs. 4800 = Rs. 960.
B's share of the profit = (Rs. 5000 / Rs. 15000) × Rs. 4800 = Rs. 1600.
C's share of the profit = (Rs. 7000 / Rs. 15000) × Rs. 4800 = Rs. 2240.
Therefore, the ratio of their profits is: A : B : C = 960 : 1600 : 2240.
Simplifying this, we get A : B : C = 3 : 5 : 7. So, the ratio of their profits is 3:5:7.
Conclusion
Now that you've grasped the fundamentals of partnership aptitude, honed your skills in solving partnership problems, and practised with multiple-choice questions, you're well on your way to mastering this concept. Utilize the tips provided to streamline your approach and improve your problem-solving abilities.
Keep practising and challenging yourself with more partnership questions to solidify your knowledge. The more you engage with the material, the more confident and proficient you'll become in handling partnership-related challenges.
Time For A Short Quiz
Frequently Asked Questions (FAQs)
1. What is partnership aptitude?
Partnership aptitude refers to the ability to understand and solve problems related to partnerships, such as sharing profits and losses among partners based on their investments and time duration.
2. How can I improve my partnership problem-solving skills?
To enhance your partnership problem-solving skills, practice solving various partnership scenarios, understand the concepts of profit-sharing ratios and familiarize yourself with common partnership calculations.
3. Why practice partnership Multiple Choice Questions (MCQs)?
Practising MCQs helps test your understanding of partnership concepts, improves your problem-solving speed, and familiarizes you with different types of questions commonly asked in exams or assessments.
4. What are tips for efficiently solving partnership problems?
Efficiently solve partnership problems by carefully reading the question, identifying key information, setting up equations or tables for calculations, double-checking your answers for accuracy, and practising regularly to improve your speed and accuracy.
5. How can I access additional resources for partnership studies?
You can download additional partnership study resources such as worksheets, practice problems, solutions, and reference materials from reputable online sources or educational websites to supplement your learning and deepen your understanding of partnership concepts.
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- What Is Mode- Definition, Formula, Practice Questions & Answers
- Number System In Maths- Types, Conversion, Questions And Answers
- What Is Range- Formula & Calculation Explained (Question & Answer)
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