- Which of the following equations represents the number of days in which A and B Working together can finish the same work?
- Which of the following equations represents the number of day in which B and C working together can finish the same work?
- Which of the following equations represents the number of day in which A and C working together can finish the same work?
- Which of the following equations represents the number of days in which A alone can finish the same work?
- Which of the following statements is/are redundant to answer the above questions?
- P, Q and R can do piece of work in 48, 60 and 80 days respectively. All three began to work together but P and Q left 12 and 16 days respectively before co...
- The speeds of Avinash and Rahul are 70km/hr and 90km/hr. Initially Rahul is at a place P and Avinash is at a place Q. The distance between Rahul ...
- A tank is filled by 3 pipes, second pipe take 10 hours more than first pipe and 10 hours less than third pipe to fill the tank alone. If second and third p...
- A yearly payment to the servant is Rs 4080 and 1 journey ticket but servant leave the job after 7 months and receives Rs 1580 and 1 journey ticket, then fi...
- A is twice efficient as B and B can do a piece of work in 40 days. B started the work and after a few days A joined him. They completed the work in 32 days...

Question Listing

- Addition & subtraction
- Age
- Algebra
- Alligation
- Approximation
- Arithmetic Progression
- Average
- Bar graph
- Binomial Equation
- Boats and streams
- Calculation based
- Caselet DI
- Circle
- Clock and Calendar
- Compound Interest
- Coordinate Geometry
- Cube & cube roots
- Data Sufficiency
- Databased
- Databased Partnership
- Databased Profit Loss and discount
- Databased Ratio
- DI
- Di Bar Graph
- DI Line Graph
- DI Pie Chart
- DI PIE Chart and Ratio Table
- DI Tables
- Di With Missing Numbers
- Differential Equation
- Discount
- Divisibility rules
- Equality and Inequality
- Equations
- Fractions
- Geometry
- HCF and LCM
- Height and Distance
- Income and Expenditure
- Integration
- Limits and Continuity
- Line graph
- Linear Equation
- Lines and Angles
- Maxima and Minima
- Mensuration
- Missing DI
- Mixture
- No. System
- Partnership
- Percentage
- Permutation and combination
- Pipes and cisterns
- Polygon
- Probability
- Profit and loss
- Quadratic equation
- Quadrilateral
- Quant Miscellaneous
- Quantity Inequality
- Radar graph
- Ratio
- Ratio and proportion
- SI and CI databased
- Simple and compound interest
- Simplification
- Square & square root
- Surds and indices
- Time
- Time and distance
- Time and work
- Trains
- Triangle
- Trigonometry
- Uniatry Method
- Weekly Quiz Quant
- Wrong Series

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