Evertz Microsystems Recruitment Process, Interview Questions & Answers

Evertz Microsystems’ selection process involves multiple technical interviews, including tests on broadcast engineering concepts. Candidates often engage in practical problem-solving exercises, concluding with behavioral questions assessing team collaboration.
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About Evertz Microsystems

Company Description

Evertz Microsystems is a leading global provider of broadcast and media technology solutions. Established in 1966 and headquartered in Burlington, Ontario, Canada, Evertz specializes in designing and manufacturing hardware and software solutions for the broadcast, telecommunications, and media industries. Their product portfolio includes video routers, signal processing equipment, monitoring and control systems, and software applications that enable seamless content delivery across various platforms.

Work Culture & Job Environment

Evertz Microsystems fosters a collaborative and innovative work environment. The company emphasizes teamwork, creativity, and staying at the forefront of high-tech advancements in the industry. Employees are encouraged to contribute ideas and work together to solve complex challenges. The company offers competitive compensation and benefits, along with opportunities for professional growth and development. However, some employees have noted areas for improvement in leadership and compensation, suggesting that while the work culture is strong, there is room for growth in other aspects

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Interview Questions & Answers

Software Developer

Q1: What is Object-Oriented Programming (OOP)?

OOP is a programming paradigm that organizes software design around data, or objects, rather than functions and logic. It utilizes four main principles: encapsulation, abstraction, inheritance, and polymorphism.

Q2: Can you explain the difference between a stack and a queue?

A stack is a linear data structure that follows the Last In First Out (LIFO) principle, whereas a queue follows the First In First Out (FIFO) principle.

Q3: How would you handle memory management in C++?

Memory management in C++ involves using new and delete operators to allocate and deallocate memory. It's crucial to ensure that every new has a corresponding delete to prevent memory leaks.

Q4: What is a deadlock in multithreading?

A deadlock occurs when two or more threads are blocked forever because they are each waiting for the other to release a resource.

Q5: How do you optimize code for performance?

Code optimization can be achieved by analyzing and improving algorithms, reducing complexity, minimizing memory usage, and leveraging efficient data structures.

Frontend Developer

Q1: What is the Document Object Model (DOM)?

The DOM is a programming interface for web documents. It represents the page so that programs can manipulate the structure, style, and content of web pages.

Q2: Explain the difference between == and === in JavaScript.

== compares values for equality after converting both values to a common type (type coercion), whereas === compares both value and type, ensuring no type conversion occurs.

Q3: What are CSS Flexbox and Grid?

Flexbox is a one-dimensional layout model for arranging items in rows or columns, while Grid is a two-dimensional layout system for creating complex web designs.

Q4: How would you optimize a website's performance?

Optimization can be achieved by minimizing HTTP requests, compressing images, using asynchronous loading for JavaScript, and leveraging browser caching.

Q5: What is responsive web design?

Responsive web design ensures that web pages render well on a variety of devices and window or screen sizes, using flexible layouts and media queries.

Backend Developer

Q1: What is RESTful API?

RESTful API is an architectural style for designing networked applications. It uses HTTP requests to perform CRUD operations and is stateless and cacheable.

Q2: Explain the concept of middleware in web development.

Middleware is software that provides common services and capabilities to applications outside of what's offered by the operating system.

Q3: How do you handle database transactions?

Database transactions are handled using ACID properties (Atomicity, Consistency, Isolation, Durability) to ensure data integrity.

Q4: What is the difference between SQL and NoSQL databases?

SQL databases are relational and use structured query language for defining and manipulating data, while NoSQL databases are non-relational and can store unstructured data.

Q5: How would you implement authentication and authorization in a web application?

Authentication can be implemented using methods like JWT or OAuth, while authorization ensures that authenticated users have permission to access resources.

Full Stack Developer

Q1: What is the Model-View-Controller (MVC) architecture?

MVC is a software design pattern that separates an application into three interconnected components: Model (data), View (UI), and Controller (business logic).

Q2: How do you manage state in a React application?

State in React can be managed using the useState hook for local component state or useReducer for more complex state logic.

Q3: What is the purpose of WebSockets?

WebSockets provide full-duplex communication channels over a single TCP connection, enabling real-time data transfer between client and server.

Q4: How do you ensure security in a web application?

Security can be ensured by implementing HTTPS, validating user inputs, using prepared statements to prevent SQL injection, and employing proper authentication and authorization mechanisms.

Q5: What is Continuous Integration/Continuous Deployment (CI/CD)?

CI/CD is a method to frequently deliver apps to customers by introducing automation into the stages of app development.

FPGA Designer

Q1: What is an FPGA?

An FPGA (Field-Programmable Gate Array) is an integrated circuit that can be programmed to perform specific logic functions.

Q2: Explain the difference between combinational and sequential logic.

Combinational logic outputs depend only on the current inputs, while sequential logic outputs depend on both current inputs and previous states.

Q3: What is VHDL?

VHDL (VHSIC Hardware Description Language) is a hardware description language used to model electronic systems.

Q4: How do you perform timing analysis in FPGA design?

Timing analysis involves checking the design for setup and hold violations to ensure that signals propagate correctly within the required time constraints.

Q5: What is the significance of clock domain crossing in FPGA design?

Clock domain crossing occurs when signals are transferred between different clock domains, requiring careful synchronization to avoid data corruption.

Site Reliability Engineer

Q1: What is Site Reliability Engineering (SRE)?

SRE is a discipline that incorporates aspects of software engineering and applies them to infrastructure and operations problems, aiming to create scalable and highly reliable software systems.

Q2: How do you monitor system performance?

System performance can be monitored using tools like Prometheus, Grafana, or Nagios to track metrics such as CPU usage, memory usage, and response times.

Q3: What is a Service Level Objective (SLO)?

An SLO is a target level of reliability for a service, often expressed as a percentage of successful requests over a period of time.

Q4: How do you handle incidents and outages?

Incidents are handled by following a predefined incident response plan, which includes identifying the issue, mitigating its impact, and conducting a post-mortem analysis.

Q5: What is Chaos Engineering?

Chaos Engineering involves experimenting on a system to build confidence in its capability to withstand turbulent conditions in production.

Hardware Engineer

Q1: What is the difference between analog and digital signals?

Analog signals are continuous and can take any value within a range, while digital signals are discrete and represent data in binary form.

Q2: How do you design a PCB?

PCB design involves creating a schematic diagram, laying out components, routing traces, and ensuring proper grounding and power distribution.

Q3: What is signal integrity?

Signal integrity refers to the quality of an electrical signal as it travels through a transmission medium, ensuring that the signal reaches its destination without degradation.

Q4: How do you perform thermal analysis in hardware design?

Thermal analysis involves using simulation tools to predict temperature distributions and ensure that components operate within safe temperature ranges.

Q5: What is Electromagnetic Interference (EMI)?

EMI is the disturbance that affects an electrical circuit due to either electromagnetic induction or radiation emitted from an external source.

Project Engineer

Q1: What is project management?

Project management involves planning, executing, and overseeing projects to achieve specific goals within a set timeframe and budget.

Q2: How do you handle project risks?

Project risks are handled by identifying potential risks, assessing their impact, and developing mitigation strategies.

Q3: What is a Gantt chart?

A Gantt chart is a type of bar chart that represents a project schedule over time, showing the start and finish dates of elements.

Q4: How do you manage project scope?

Project scope is managed by clearly defining deliverables, setting boundaries, and controlling changes through a formal change management process.

Q5: What is Earned Value Management (EVM)?

EVM is a project management technique that integrates scope, time, and cost data to assess project performance and progress.

Field Support Engineer

Q1: What is the role of a Field Support Engineer?

A Field Support Engineer provides on-site technical support, troubleshooting, and maintenance services for equipment and systems.

Q2: How do you handle customer complaints?

Customer complaints are handled by actively listening, empathizing, and providing timely and effective solutions.

Q3: What tools do you use for diagnostics?

Diagnostic tools include multimeters, oscilloscopes, and specialized software for system analysis.

Q4: How do you document service activities?

Service activities are documented through detailed reports that include the nature of the issue, actions taken, and outcomes.

Q5: How do you manage time during service calls?

Time management is achieved by prioritizing tasks, setting realistic timeframes, and minimizing downtime.

Evertz Microsystems Interview Guide

Company Background and Industry Position

Evertz Microsystems is a heavyweight in the broadcast and media technology landscape. Founded in the mid-1960s, the company has evolved from a niche player into a global provider known for its innovative solutions in video infrastructure and signal processing equipment. If you’ve ever been curious about how live events, television broadcasts, or streaming content get the technical treatment behind the scenes, Evertz is likely involved somewhere along that pipeline.

What sets Evertz apart in a crowded tech field is its relentless focus on quality hardware paired with forward-thinking software platforms, especially in IP-based broadcast systems and cloud-native workflows. Their clientele spans from traditional broadcasters and content creators to sports and entertainment giants, making them a crucial link between content production and audience delivery.

Working at Evertz means stepping into an environment where cutting-edge technology meets high-stakes media delivery. The company’s industry position demands not only technical excellence but also agility to adapt to an evolving media ecosystem—qualities reflected in their recruiting approach.

How the Hiring Process Works

  1. Initial Application Screening: Candidates submit their resumes through Evertz’s career portal or via recruitment agencies. The hiring team looks for relevant technical skills, experience in broadcast or software engineering, and educational background.
  2. Phone or Video HR Interview: This early conversation mainly assesses cultural fit, communication skills, and motivation. It’s also a chance for candidates to clarify role expectations and for recruiters to gauge basic eligibility criteria.
  3. Technical Assessment Stage: Depending on the position, this can be a coding challenge, a hands-on hardware troubleshooting test, or problem-solving exercises relevant to broadcast signal flow. This step evaluates not just knowledge but practical application.
  4. Technical Interview with Team Leads: Candidates engage with engineers and managers to dive deep into their technical expertise, project experiences, and how they approach complex problems. This is typically the most rigorous phase.
  5. Final Interview and Offer Discussion: Often includes senior management or HR to discuss salary range, benefits, and alignment with long-term growth. The candidate experience here can vary based on location and role seniority.

Each step serves a clear purpose beyond checking boxes. For example, technical assessments filter down to those who can handle real-world broadcasting challenges, while HR interviews balance the technical rigor with cultural and team fit. Understanding this can help candidates mentally prepare for the shift in focus throughout their journey.

Interview Stages Explained

Initial HR Interview: Gauging Fit and Eligibility

This stage is more than a routine checkpoint. Recruiters are probing for evidence that you understand Evertz's business, the media industry, and how your background aligns. Expect questions about why you want to work there, how your skills match their job roles, and your availability. It’s also your moment to ask about the company culture and the team you might join—don’t miss it.

Technical Assessment: Practical Skill Validation

Here’s where the rubber meets the road. For software-oriented roles, the hiring process often involves coding tests focusing on algorithms, system design, and sometimes domain-specific scripting—Python or C++ are common. Hardware or firmware candidates might face signal processing problems, circuit analysis, or debugging scenarios simulated through virtual labs.

Why this step? Because broadcast technology is unforgiving. Failures on live broadcast streams can be catastrophic. Evertz wants assurance you can handle pressure and solve problems quickly and correctly.

In-Depth Technical Interview: Problem Solving and Cultural Fit

Beyond pure technical grunt work, this phase is a conversation among engineers. It’s where your problem-solving approaches, ability to work collaboratively, and understanding of media workflows are dissected. You might be asked how you’ve handled past project bottlenecks or system outages—a way to reveal your mindset in critical situations.

Final Discussion and Compensation Negotiation

Closing the loop, this phase addresses your expectations on salary range and benefits, and the company’s plans for your role. The dialogue can reveal flexibility on both sides and often reflects how badly the team wants to close the position with the right fit. It’s also the moment to clarify any last doubts about career progression or work-life balance.

Examples of Questions Candidates Report

  • Technical Interview: Explain how you would design an IP-based broadcast system with redundancy to avoid downtime.
  • Technical Interview: Write a function to detect frame drops in a live video stream in C++.
  • HR Interview: Describe a time you had to work under extreme deadline pressure. How did you manage it?
  • Technical Assessment: Given a signal flow diagram, identify and troubleshoot an issue causing audio-video sync problems.
  • Behavioral Questions: How do you stay updated with rapidly evolving broadcast technologies?

Eligibility Expectations

Evertz Microsystems isn’t looking for unicorns who know everything but expects candidates to bring a solid foundation tailored to the role. For engineering positions, a degree in electrical engineering, computer science, or a related field is typically required, along with industry experience. Entry-level candidates should demonstrate internships or project work relevant to broadcast or IP networking.

Soft skills are non-negotiable. Communication, teamwork, and adaptability shine through. You’ll notice that during interviews, interviewers weigh these just as heavily as technical prowess because broadcast projects are often collaborative and time-sensitive.

Common Job Roles and Departments

While Evertz’s product lines are broad, certain roles consistently emerge in their hiring patterns:

  • Software Engineers: Focused on developing control software, cloud platforms, and embedded systems.
  • Hardware Engineers: Specialists in circuit design, signal processing, and embedded hardware for broadcast equipment.
  • Quality Assurance Analysts: Testing products rigorously to ensure reliability in live environments.
  • Systems Engineers: Integrating and deploying Evertz solutions at client sites, requiring a mix of technical knowledge and client interfacing.
  • Technical Support Engineers: Providing post-sales support and troubleshooting for broadcast installations worldwide.

Departments often mirror industry demands, with R&D, product development, and field services forming the pillars of their workforce.

Compensation and Salary Perspective

RoleEstimated Salary
Entry-Level Software EngineerUSD 65,000 – 85,000
Senior Software EngineerUSD 95,000 – 130,000
Hardware Design EngineerUSD 75,000 – 110,000
Quality Assurance AnalystUSD 55,000 – 75,000
Technical Support EngineerUSD 60,000 – 85,000

Salaries reflect not only the complexity of work but the specialized nature of broadcast technology roles. Compared to general software companies, Evertz compensates well for domain expertise but may offer less than tech giants. Benefits, however, often include opportunities for international travel and continuous technical training—valuable if you want to deepen your broadcast systems knowledge.

Interview Difficulty Analysis

From chatting with recent candidates, the consensus is that Evertz interviews are moderately challenging but fair. The technical questions demand a clear grasp of broadcast fundamentals and a practical mind, rather than purely academic knowledge. Some candidates mention feeling the pressure during multi-hour technical interviews, especially when faced with real-life troubleshooting scenarios on the spot.

In comparison to other media technology firms, Evertz’s selection process is rigorous but less abstract than some Silicon Valley tech roles. The tests are highly relevant, which candidates appreciate because they can directly showcase their professional skills rather than hypothetical problem-solving alone.

Preparation Strategy That Works

  • Deep Dive Into Broadcast Systems: Brush up on IP networking, signal processing basics, and video/audio synchronization principles. Resources like SMPTE standards and broadcast protocol documentation are gold.
  • Practice Technical Problems In Relevant Languages: Whether C++, Python, or embedded C, focus on writing clean, efficient code solving real-world challenges, like data stream handling.
  • Simulate Troubleshooting Scenarios: Study common broadcast equipment failures and workflow bottlenecks. Try to mentally map how you would identify and fix issues under time constraints.
  • Research Company Products and Solutions: Understanding Evertz’s product portfolio impresses interviewers and shows genuine interest.
  • Prepare Behaviorally: Have clear stories ready about teamwork, problem-solving under pressure, and learning new technologies quickly.

Approaching preparation holistically, combining technical mastery with domain knowledge and soft skills readiness, can make a big difference. Also, mock interviews with peers familiar with broadcast tech can uncover blind spots.

Work Environment and Culture Insights

Evertz fosters a culture that values innovation but remains grounded in practical application. Employees mention a collaborative atmosphere balanced by high expectations for reliability and precision—critical when your work directly impacts live broadcasts that millions might be watching.

Flexibility and continuous learning are emphasized, reflecting the fast-changing media technology sector. Teams often cross-collaborate globally, so communication skills and openness to diverse working styles are important facets of the candidate experience.

Career Growth and Learning Opportunities

Unlike some tech companies where rapid promotions can feel arbitrary, Evertz emphasizes steady, structured career development. Engineers and other professionals benefit from mentorship programs, technical workshops, and exposure to cutting-edge media technology projects.

For ambitious candidates, the company offers clear pathways into specialist roles or management. Because of its position in a niche market, growing your expertise here can carve out a unique career trajectory hard to replicate elsewhere.

Real Candidate Experience Patterns

Talking to folks who’ve been through the process, several patterns emerge. Many appreciate the transparency about recruitment rounds—recruiters tend to communicate clearly about what to expect next. However, technical interviews can feel intense, especially when panelists expect not just answers but reasoning live.

Candidates often mention appreciating when interviewers connect questions back to their own resume or projects, which helps make conversations feel more like dialogues than interrogations. On the flip side, some entry-level applicants sometimes struggle with the domain-specific questions, underscoring the need for serious preparation around broadcast fundamentals.

Comparison With Other Employers

Placing Evertz side by side with other media tech giants like Grass Valley or Imagine Communications reveals interesting contrasts. Evertz tends to emphasize hardware-software integration expertise more deeply, reflecting its hybrid product portfolio. This means interviews are slightly more technical in hardware domains than peers.

Compared to large consumer tech firms, the pace at Evertz feels more specialized and less product marketing–driven. The recruitment rounds are fewer but more focused, which some candidates find refreshing. Salary ranges sit comfortably in the mid-tier spectrum, balanced by unique industry exposure.

Expert Advice for Applicants

Don’t just memorize answers. Understand the broadcast environment—the real problems, the stakes, and how technology solves them. When answering interview questions, contextualize everything with practical examples.

Remember, interviewers want to see your problem-solving process, not just the correct answer. Think aloud. This transparency helps them trust your approach and adaptability, qualities prized at Evertz.

Lastly, demonstrate curiosity. Ask questions about future technologies Evertz is exploring or challenges they face. Engagement signals you’re not just there for a job but a career.

Frequently Asked Questions

What kind of technical interview questions should I expect?

You can expect questions centered around video and audio signal processing, IP networking, and practical coding problems relevant to broadcast systems. Hardware candidates might face circuit analysis or troubleshooting scenarios. Questions aim to test both theoretical knowledge and hands-on problem-solving skills.

How many interview rounds does Evertz typically have?

Usually between three to five rounds, including an initial HR screening, a technical assessment, one or more in-depth technical interviews with team members, and a final discussion covering salary and benefits.

What qualities does Evertz prioritize besides technical skills?

Communication, teamwork, adaptability, and the ability to perform under pressure are highly valued. Because live broadcast systems leave little room for error, they look for candidates who demonstrate responsibility and problem-solving under stress.

Is prior broadcast industry experience mandatory?

While helpful, it’s not always mandatory. Candidates with strong technical foundations in relevant fields who show willingness to learn the broadcast domain can succeed. That said, familiarity with industry standards and workflows is a big advantage.

What is the typical salary range for entry-level engineers at Evertz?

Entry-level engineering roles generally offer between USD 65,000 and USD 85,000 depending on location and specific skill sets.

Final Perspective

Preparing for a career at Evertz Microsystems means stepping into a specialized world where broadcasting technology meets real-time media delivery challenges. Their hiring process reflects this reality—focused, practical, and demanding, yet fair. Candidates who invest time understanding both the technical nuances and the industry context find themselves at a distinct advantage.

For anyone passionate about broadcast engineering or software development in media technology, Evertz offers more than just a job. It’s an opportunity to contribute to the invisible backbone of global media content, to learn continuously, and to grow in a dynamic professional environment. The key is preparation with purpose—not just to answer questions, but to demonstrate your ability to solve the problems that keep millions of viewers connected and entertained.

Evertz Microsystems Interview Questions and Answers

Updated 21 Feb 2026

Technical Support Specialist Interview Experience

Candidate: Emily Davis

Experience Level: Mid-level

Applied Via: Employee referral

Difficulty:

Final Result: Rejected

Interview Process

3 rounds

Questions Asked

  • How do you handle difficult customers?
  • Explain a technical issue you resolved remotely.
  • What tools do you use for troubleshooting?
  • Describe your experience with broadcast equipment.

Advice

Prepare examples of customer service and technical troubleshooting under pressure.

Full Experience

The interviews involved scenario-based questions and technical knowledge checks. The interviewers valued communication skills highly. Although I was not selected, the experience helped me improve my interview technique.

Quality Assurance Engineer Interview Experience

Candidate: David Kim

Experience Level: Entry-level

Applied Via: Campus recruitment

Difficulty:

Final Result:

Interview Process

2 rounds

Questions Asked

  • What is the difference between black-box and white-box testing?
  • How do you write a test case?
  • Describe a bug you found and how you reported it.

Advice

Understand basic testing concepts and be ready to discuss any internship or project experience.

Full Experience

The interview was straightforward with focus on fundamental QA concepts and communication skills. The team was supportive and explained the role clearly. I felt comfortable throughout the process.

Product Manager Interview Experience

Candidate: Catherine Smith

Experience Level: Mid-level

Applied Via: LinkedIn application

Difficulty:

Final Result:

Interview Process

3 rounds

Questions Asked

  • How do you prioritize features in a product roadmap?
  • Describe a time you handled conflicting stakeholder requirements.
  • What metrics do you track for product success?
  • How do you coordinate between engineering and marketing teams?

Advice

Have clear examples of managing cross-functional teams and product launches.

Full Experience

The interviews included behavioral questions and case studies related to product management. The team was interested in my approach to problem-solving and communication skills. Overall, a positive experience with good feedback.

Hardware Engineer Interview Experience

Candidate: Brian Lee

Experience Level: Senior

Applied Via: Referral

Difficulty: Hard

Final Result: Rejected

Interview Process

4 rounds

Questions Asked

  • Explain the design of a high-speed PCB.
  • What are the challenges in signal integrity?
  • Describe your experience with FPGA programming.
  • How do you handle hardware debugging under tight deadlines?

Advice

Prepare for deep technical questions and practical problem-solving scenarios.

Full Experience

The interview process was intense, with multiple technical rounds including a practical test on circuit design. The team expected detailed knowledge of hardware systems and real-world experience. Despite good preparation, I found some questions very challenging.

Software Engineer Interview Experience

Candidate: Alice Johnson

Experience Level: Mid-level

Applied Via: Online application via company website

Difficulty:

Final Result:

Interview Process

3 rounds

Questions Asked

  • Explain the difference between TCP and UDP.
  • Describe a challenging bug you fixed.
  • Write a function to reverse a linked list.
  • How do you ensure software quality in your projects?

Advice

Brush up on data structures and be ready to discuss past projects in detail.

Full Experience

The process started with an online coding test, followed by a technical phone interview focusing on algorithms and system design. The final round was an onsite interview with the team, including coding exercises and behavioral questions. The interviewers were friendly and focused on problem-solving skills.

View all interview questions

Frequently Asked Questions in Evertz Microsystems

Have a question about the hiring process, company policies, or work environment? Ask the community or browse existing questions here.

Common Interview Questions in Evertz Microsystems

Q: In a sports contest there were m medals awarded on n successive days (n > 1). 1. On the first day 1 medal and 1/7 of the remaining m - 1 medals were awarded. 2. On the second day 2 medals and 1/7 of the now remaining medals was awarded; and so on.On the nth and last day, the remaining n medals were awarded.How many days did the contest last, and how many medals were awarded altogether?

Q: A man has a wolf, a goat, and a cabbage. He must cross a river with the two animals and the cabbage. There is a small rowing-boat, in which he can take only one thing with him at a time. If, however, the wolf and the goat are left alone, the wolf will eat the goat. If the goat and the cabbage are left alone, the goat will eat the cabbage. How can the man get across the river with the two animals and the cabbage?

Q: A hare and a tortoise have a race along a circle of 100 yards diameter. The tortoise goes in one directionand the hare in the other. The hare starts after the tortoise has covered 1/5 of its distance and that too leisurely.The hare and tortoise meet when the hare has covered only 1/8 of the distance. By what factor should the hareincrease its speed so as to tie the race?

Q: A rich merchant had collected many gold coins. He did not want anybody to know about them. One day his wife asked, "How many gold coins do we have?" After pausing a moment, he replied, "Well! If I divide the coins into two unequal numbers, then 32 times the difference between the two numbers equals the difference between the squares of the two numbers."The wife looked puzzled. Can you help the merchant's wife by finding out how many gold coins they have?

Q: 9 cards are there. You have to arrange them in a 3*3 matrix. Cards are of 4 colors. They are red, yellow, blue and green. Conditions for arrangement: one red card must be in first row or second row. 2 green cards should be in 3rd column. Yellow cards must be in the 3 corners only. Two blue cards must be in the 2nd row. At least one green card in each row.

Q: There are two balls touching each other circumferencically. The radius of the big ball is 4 times the diameter of the small all. The outer small ball rotates in anticlockwise direction circumferencically over the bigger one at the rate of 16 rev/sec. The bigger wheel also rotates anticlockwise at N rev/sec. What is 'N' for the horizontal line from the centre of small wheel always is horizontal.

Q: 3 policemen and 3 thieves had to cross a river using a small boat. Only two can use the boat for a trip. All the 3 policemen and only 1 thief knew to ride the boat. If 2 thieves and 1 policeman were left behind they would kill him. But none of them escaped from the policemen. How would they be able to cross the river?

Q: T, U, V are 3 friends digging groups in fields. If T & U can complete i groove in 4 days &, U & V can complete 1 groove in 3 days & V & T can complete in 2 days. Find how many days each takes to complete 1 groove individually.

Q: A light bulb is hanging in a room. Outside of the room there are three switches, of which only one is connected to the lamp. In the starting situation, all switches are 'off' and the bulb is not lit. If it is allowed to check in the room only once.How would you know which is the switch?

Q: At 6?o a clock ticks 6 times.The time between first and last ticks is 30 seconds.How long does it tick at 12?o clock?2.A hotel has 10 storey. Which floor is above the floor below the floor, below the floor above the floor, below the floor above the fifth.

Q: The egg vendor calls on his first customer and sells half his eggs and half an egg. To the second customer, he sells half of what he had left and half an egg and to the third customer he sells half of what he had then left and half an egg. By the way he did not break any eggs. In the end three eggs were remaining . How many total eggs he was having ?

Q: Tom has three boxes with fruits in his barn: one box with apples, one box with pears, and one box with both apples and pears. The boxes have labels that describe the contents, but none of these labels is on the right box. How can Tom, by taking only one p

Q: A vessel is full of liquid. From the vessel, 1/3rd of the liquid evaporates on the first day. On the second day 3/4th of the remaining liquid evaporates. What fraction of the volume is present at the end of the second day

Q: In a Park, N persons stand on the circumference of a circle at distinct points. Each possible pair of persons, not standing next to each other, sings a two-minute song ? one pair immediately after the other. If the total time taken for singing is 28 minutes, what is N?

Q: Give two dice - one is a standard dice, the other is blank (nothing painted on any of the faces). The problem is to paint the blank dice in such a manner so that when you roll both of them together, the sum of both the faces should lie between 1 and 12. Numbers from 1-12 (both inclusive) equally likely.

Q: Raj has a jewel chest containing Rings, Pins and Ear-rings. The chest contains 26 pieces. Raj has 2 and 1/2 times as many rings as pins, and the number of pairs of earrings is 4 less than the number of rings. How many earrings does Raj have?...

Q: Given a collection of points P in the plane , a 1-set is a point in P that can be separated from the rest by a line, .i.e the point lies on one side of the line while the others lie on the other side. The number of 1-sets of P is denoted by n1(P)....

Q: Consider a series in which 8 teams are participating. each team plays twice with all other teams. 4 of them will go to the semi final. How many matches should a team win, so that it will ensure that it will go to semi finals.?

Q: Jack and his wife went to a party where four other married couples were present. Every person shook hands with everyone he or she was not acquainted with. When the handshaking was over, Jack asked everyone, including his own wife, how many hands they shook?

Q: A family X went for a vacation. Unfortunately it rained for 13 days when they were there. But whenever it rained in the mornings, they had clear afternoons and vice versa. In all they enjoyed 11 mornings and 12 afternoons. How many days did they stay there totally?

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