Nanostuffs Technologies Recruitment Process, Interview Questions & Answers

Nanostuffs Technologies evaluates candidates through a coding test, technical interviews on software development, and a cultural fit discussion to ensure alignment with their agile and innovative work environment.
4.3
based on 50 Reviews
About Company
Interview Guide
Interviews Experiance
FAQ's Questions

About Nanostuffs Technologies

Company Description

Nanostuffs Technologies is a pioneering organization at the forefront of nanotechnology research and development. We specialize in creating innovative solutions that enhance various industries, including electronics, healthcare, and environmental sustainability. Our commitment to cutting-edge research and ethical practices drives our mission to deliver high-quality products while fostering a culture of creativity and collaboration. At Nanostuffs Technologies, we value diversity and inclusion, encouraging our employees to think outside the box and contribute their unique perspectives. Our work environment promotes continuous learning and professional growth, ensuring that every team member feels empowered and valued.

Research Scientist Interview Questions

Q1: What inspired you to pursue a career in nanotechnology?

I have always been fascinated by the potential of materials at the nanoscale to revolutionize various fields. The possibility of creating innovative solutions that can significantly impact healthcare and technology motivated me to specialize in this area.

Q2: Can you describe a challenging project you worked on and how you overcame the obstacles?

In a previous project, we faced significant hurdles in synthesizing a nanomaterial with the desired properties. By conducting thorough literature reviews and experimenting with different synthesis methods, we were able to identify an alternative approach that yielded the desired results.

Q3: How do you stay updated with the latest advancements in nanotechnology?

I regularly read scientific journals, attend conferences, and participate in webinars related to nanotechnology. Networking with fellow researchers also helps me stay informed about emerging trends and breakthroughs.

Q4: What techniques do you use for characterizing nanomaterials?

I use a combination of techniques such as scanning electron microscopy (SEM), transmission electron microscopy (TEM), and atomic force microscopy (AFM) along with spectroscopy methods like FTIR and UV-Vis for comprehensive characterization.

Q5: How do you approach teamwork in a research setting?

I believe in open communication and collaboration. I actively listen to my colleagues’ ideas, contribute my expertise, and encourage diverse perspectives to foster a productive team environment.

Product Development Engineer Interview Questions

Q1: Describe your experience with product development in the nanotechnology field.

I have worked on several product development projects where I contributed to designing and testing nanomaterials for applications in electronics. My role involved collaborating closely with cross-functional teams to ensure alignment with market needs.

Q2: What are the key factors you consider when developing a new product?

I focus on user needs, market trends, material properties, and production feasibility. Ensuring that the product can be manufactured efficiently and meets quality standards is also crucial.

Q3: Can you share an example of how you handled feedback during a product development cycle?

During a recent project, we received critical feedback from beta testers regarding product performance. I organized a meeting to discuss the feedback, analyzed the issues, and led the team in brainstorming solutions that ultimately improved the product.

Q4: How do you prioritize tasks during a product development project?

I prioritize tasks based on project timelines, dependencies, and potential impact on the overall outcome. I utilize project management tools to track progress and ensure timely completion of critical milestones.

Q5: What methodologies do you employ in product development?

I often use Agile and Design Thinking methodologies, which allow for iterative development and continuous user feedback, ensuring that the final product aligns with customer expectations.

Quality Assurance Specialist Interview Questions

Q1: What is your approach to ensuring the quality of nanomaterials?

I implement a systematic quality control process that includes extensive testing against established standards, regular audits of manufacturing processes, and thorough documentation to ensure compliance with regulatory requirements.

Q2: Can you explain a time when you identified a significant quality issue?

In a previous role, I discovered a batch of nanomaterials that did not meet our quality specifications. I immediately initiated a root cause analysis, worked with the production team to identify the source of the issue, and implemented corrective measures.

Q3: How do you stay compliant with industry regulations?

I regularly review updates to industry regulations and standards, attend training sessions, and collaborate with regulatory affairs teams to ensure that our processes align with compliance requirements.

Q4: What testing methods do you find most effective in quality assurance?

I find that a combination of mechanical testing, chemical analysis, and stability testing provides a comprehensive understanding of the nanomaterials' performance and reliability.

Q5: How do you handle discrepancies in quality reports?

I investigate discrepancies promptly by comparing records, conducting additional tests if necessary, and consulting with relevant teams to clarify any misunderstandings and ensure accurate reporting.

Sales and Marketing Manager Interview Questions

Q1: What strategies do you employ to market nanotechnology products effectively?

I focus on identifying target markets, understanding customer needs, and leveraging digital marketing channels along with industry events to promote our products. I also emphasize building relationships with key stakeholders in various industries.

Q2: Can you discuss a successful campaign you led in the past?

I spearheaded a campaign that showcased our innovative nanomaterial applications in healthcare. By collaborating with influencers in the industry and utilizing case studies, we significantly increased product awareness and generated leads.

Q3: How do you measure the success of your marketing initiatives?

I use key performance indicators (KPIs) such as lead generation, conversion rates, and return on investment (ROI) to assess the effectiveness of our marketing efforts and make data-driven decisions.

Q4: What role does customer feedback play in your marketing strategy?

Customer feedback is invaluable; it helps me understand market needs and adjust our messaging and product offerings accordingly. I actively seek feedback through surveys and direct engagement with clients.

Q5: How do you keep abreast of industry trends that could impact our sales strategy?

I regularly read industry publications, attend conferences, and network with industry professionals to stay informed about market trends and competitor strategies that may influence our sales approach.

Nanostuffs Technologies Interview Guide

Company Background and Industry Position

Nanostuffs Technologies is carving out a distinct space in the nanotechnology and advanced materials sector. Founded just over a decade ago, it has rapidly evolved from a niche startup into a recognized player with global ambitions. What makes Nanostuffs stand apart is its aggressive focus on integrating cutting-edge nanomaterials into everyday tech products, transforming industries from electronics to healthcare. Unlike many peers who linger on theoretical research, Nanostuffs pursues commercialization with a fierce urgency that shapes its hiring ethos — they look for candidates who can move fast and break new ground.

In a market teeming with heavyweights like Nanosys and Quantum Solutions, Nanostuffs has managed to stay nimble, leveraging innovation speed and interdisciplinary collaboration. This context influences their recruitment strategy profoundly. They rarely seek conventional profiles; rather, they want versatile thinkers who can navigate the fuzziness of emerging tech environments. For job seekers, understanding this unique blend of high tech and entrepreneurial culture is key to decoding what the company values in its talent pool.

How the Hiring Process Works

  1. Application Screening: It begins with a digital gatekeeper — the ATS system. Nanostuffs is quite particular about keywords and relevant experience. They sift through applications looking not just for academic credentials but for distinct indicators of problem-solving agility and cross-disciplinary exposure. Resumes highlighting project-oriented work or publications in nanotech grab attention faster.
  2. Initial Telephonic Round: A recruiter-led conversation follows, primarily to assess cultural fit and communication skills. Don’t expect deep technical grilling here. It’s more about your motivation, your grasp of what Nanostuffs does, and how your background aligns. This phase weeds out candidates who might not sync with the company’s fast-paced, innovation-driven vibe.
  3. Technical Assessments: For roles tied closely to R&D or engineering, candidates face a technical evaluation. This is a mix of coding tests, problem-solving puzzles, or applied science questions depending on the specialty. Nanostuffs prefers scenario-based questions over textbook theory, reflecting real-world task complexity.
  4. Onsite Interviews: Once past assessments, candidates visit the company for face-to-face interviews. Multiple rounds happen here, often over a single day or two. Expect a mix of technical deep-dives, discussions with functional heads, and a behavioral round with HR. This stage tests not only your knowledge but your ability to collaborate and handle ambiguity.
  5. Final HR Discussion and Offer: An HR executive ties all the inputs together, discussing salary expectations, benefits, and career trajectory. Nanostuffs tries to be transparent about compensation ranges but also gauges how flexible candidates are based on experience and fit.

Interview Stages Explained

Initial Recruiter Call

This isn’t a hurdle as much as a cultural litmus test. The recruiter is less interested in your technical prowess and more intrigued by your story. Why Nanostuffs? What excites you about nanotech? How do you handle fast-changing environments? This stage separates the genuinely curious and adaptable candidates from those who view it just as another job.

Technical Evaluation Round

Here’s where things get interesting and challenging. Nanostuffs uses questions that mirror day-to-day problem-solving. For instance, if you’re a materials scientist applicant, you might be asked to design a nano-coating process with specific constraints or troubleshoot performance issues in a sample device. Software engineers might face coding problems focusing on optimization and embedded systems compatibility rather than pure algorithmic challenges. The goal? To see if candidates can think applied, not just theoretical.

Onsite Multi-Panel Interviews

This stage feels like a rollercoaster, no doubt. You’ll meet with team leads, project managers, and peers who each have their agenda. Technical interviews dive deeper — expect to discuss past projects in detail, critique your decisions, and possibly whiteboard solutions on the spot. Behavioral rounds probe your teamwork style, conflict resolution skills, and how you handle failure — qualities crucial in a high-innovation culture where ambiguity reigns.

HR Negotiation and Closing

The final conversation with HR is less formal but just as important. Nanostuffs typically shares a transparent salary band but also evaluates your openness to growth opportunities and how aligned your career goals are with theirs. They appreciate honesty here — it’s a two-way street.

Examples of Questions Candidates Report

  • Technical: “Describe a time you improved a process or product using nanomaterials. What challenges did you face?”
  • Problem-Solving: “How would you optimize the thermal conductivity of a nano-layered composite for flexible electronics?”
  • Behavioral: “Tell me about a time when you had conflicting priorities in a project. How did you manage it?”
  • Role-Specific: For software roles: “Explain how you would debug an embedded system that intermittently fails during startup.”
  • General HR: “What excites you about working in a startup-like environment as opposed to a traditional large corporation?”

Eligibility Expectations

Nanostuffs tends to look for candidates with a solid foundation in STEM fields, often requiring at least a bachelor’s degree, though many roles prefer master’s or PhD holders, especially in material science or nanotechnology. But it’s more nuanced — they want people who can show genuine project involvement, not just theoretical credentials. Internships, research publications, or patents carry weight. Experience with interdisciplinary teams is a big plus because cross-functional collaboration is the norm here.

For entry-level hires, they often emphasize learning agility and adaptability over polished expertise. Mid to senior roles demand proven track records in the relevant domain, leadership skills, and a clear understanding of product development cycles in a tech environment.

Common Job Roles and Departments

Nanostuffs’ core operations revolve around several key areas:

  • R&D Engineering: Scientists and engineers working on material innovation, characterization, and process development.
  • Product Development: Translating lab innovations into scalable products, often requiring a mix of engineering, design, and market insight.
  • Quality Assurance and Testing: Ensuring that nanomaterial products meet stringent standards, requiring analytical skills and attention to detail.
  • Software and Embedded Systems: Developing software tools and embedded solutions that integrate with nanotech products.
  • Sales and Business Development: Specialists who understand the technology deeply enough to communicate value propositions to clients and partners.

Compensation and Salary Perspective

RoleEstimated Salary
Junior R&D Engineer$60,000 - $75,000 per annum
Senior Materials Scientist$90,000 - $120,000 per annum
Product Development Manager$110,000 - $140,000 per annum
Embedded Software Engineer$80,000 - $110,000 per annum
Sales Executive (Tech Focus)$70,000 - $95,000 per annum plus commission

These ranges reflect the company’s positioning as a mid-sized tech innovator. Salaries are competitive within the nanotech niche but slightly below those offered by global giants. However, Nanostuffs compensates somewhat with equity options, flexible work arrangements, and opportunities to lead projects early in your career.

Interview Difficulty Analysis

Many candidates describe Nanostuffs’ recruitment rounds as “demanding but fair.” The difficulty lies not just in the technical content but in the unpredictability of questions — they often favor open-ended scenarios rather than fixed-answer problems. This tests your thought process more than rote knowledge. It’s a bit like being on a research team where problems rarely have black-and-white answers.

Compared to other tech companies, Nanostuffs’ process is less about algorithmic coding challenges (common in software firms) and more about applied science and engineering judgment. That said, if you aren’t comfortable explaining your rationale or adapting on the fly, it can feel tough. The behavioral rounds challenge your fit for a fast-evolving work culture, which trips up some candidates accustomed to more structured settings.

Preparation Strategy That Works

  • Understand the Business: Dig into Nanostuffs’ product lines, recent innovations, and market positioning. Knowing their challenges and opportunities shows genuine interest in interviews.
  • Practice Applied Problem-Solving: Instead of memorizing theories, focus on how you’d approach real-world scenarios relevant to your role. Case studies or previous projects you’ve tackled come in handy here.
  • Brush Up on Interdisciplinary Communication: Many interview rounds involve stakeholders from different functions. Being able to explain technical concepts simply and listen actively will set you apart.
  • Prepare Behavioral Stories: Reflect on moments when you handled ambiguity, conflict, or rapid change. Nanostuffs hires for adaptability.
  • Technical Mock Interviews: If you’re applying for engineering roles, simulate whiteboard sessions or coding tasks, especially those involving embedded systems or materials science applications.

Work Environment and Culture Insights

Walking through Nanostuffs’ offices, you sense a blend of startup energy and scientific rigor. It’s collaborative yet demanding. People here are driven by impact — they want their work to push boundaries and solve practical problems. The culture encourages experimentation but expects accountability. The pace can be brisk, sometimes bordering on chaotic, especially as new projects ramp up.

Many employees praise the openness to ideas regardless of seniority, which is refreshing. But the flip side is that self-motivation and ownership are non-negotiable. If you crave clear hierarchies and rigid routines, this might not be your cup of tea. For those who thrive on problem-solving in uncertain environments, it’s a fertile ground.

Career Growth and Learning Opportunities

Nanostuffs invests significantly in continuous learning. Given the rapid evolution in nanotech, staying updated isn’t optional. Employees have access to workshops, conferences, and cross-team projects that stretch their capabilities. The company encourages internal mobility, allowing engineers to shift between research, product development, and even business roles if desired.

Promotion criteria are tied not just to technical excellence but impact and leadership potential. Expect to be measured on how your work contributes to product commercialization and team knowledge-sharing. Senior roles often blend technical stewardship with mentoring, underscoring Nanostuffs’ holistic approach to growth.

Real Candidate Experience Patterns

From the stories candidates share, a few trends emerge. Many feel the initial rounds are straightforward, but the onsite interviews can be unexpectedly intense and thorough. Some mention surprise “what-if” questions designed to shake up rehearsed answers, compelling them to think on their feet. This can be daunting but also rewarding for those who can pivot quickly.

Another common observation is the clarity and candor of interviewers. Candidates often say interviewers were transparent about role expectations and provided real-life context rather than canned responses. The feedback loop post-interviews, however, can be slow—some candidates waited weeks for decisions, which reflects the meticulous selection process.

Overall, candidates appreciate the respectful treatment and the clear link between questions asked and job responsibilities, a refreshing break from generic interview formats.

Comparison With Other Employers

When stacked against other nanotech companies or even broader tech players, Nanostuffs holds a distinctive niche. Unlike mega-corporations that may have rigid, lengthy hiring procedures, Nanostuffs balances agility with thoroughness. Compared to startups, it offers more structure and clearer career paths, even if the environment is still dynamic.

Here’s a quick comparative snapshot:

AspectNanostuffsLarge Nanotech FirmEarly-Stage Startup
Hiring SpeedModerate (4-6 weeks)Slow (8+ weeks)Fast (2-3 weeks)
Interview StyleScenario-based, appliedTheoretical, formalInformal, experiential
CompensationCompetitive mid-tierHigh, with bonusesVariable, equity-heavy
Career GrowthStructured with mentorshipHierarchicalAd-hoc, rapid

For candidates weighing their options, Nanostuffs stands out as a balanced environment — neither sluggish nor cut-throat — where innovation meets career stability.

Expert Advice for Applicants

Here’s the honest truth: if you want to nail an opportunity at Nanostuffs, don’t just prepare your resume — prepare your mindset. This company's culture is fluid and demanding. They want people who are intellectually curious but also humble enough to learn as they go.

Before the interview, research their latest projects and challenges. Read up on recent publications or patents. Show that you’re not applying blindly but that you understand the company’s trajectory. When answering interview questions, narrate your thought process clearly — sometimes how you think matters more than what you conclude.

Don’t shy away from discussing failures or uncertainties; transparency is valued. Finally, remember that interviews are a two-way street. Use your questions to gauge whether Nanostuffs’ pace and culture suit your style.

Frequently Asked Questions

What types of interview questions does Nanostuffs typically ask?

They focus on scenario-based technical questions, behavioral inquiries about adaptability, and role-specific challenges that reflect your daily responsibilities. Expect problem-solving that tests applied knowledge rather than textbook theory.

How long is the entire selection process?

On average, it takes between four to six weeks, but this can stretch depending on the role and candidate availability. The process is thorough to ensure fit on multiple fronts.

Is prior experience in nanotechnology mandatory?

For technical roles, relevant domain experience is preferred but not always mandatory, especially for entry-level positions. Demonstrable skills, learning agility, and a strong STEM background can compensate.

How transparent is Nanostuffs about salary and benefits?

They provide estimated salary ranges early, and equity options are often part of the package. Benefits include flexible work options and professional development support.

What’s the biggest challenge candidates face during the interview?

Adapting to unexpected scenario-based questions and demonstrating cross-functional communication skills consistently seem to be the toughest parts.

Final Perspective

Landing a role at Nanostuffs Technologies isn’t about ticking generic boxes—it’s about aligning with a culture that thrives on novelty, speed, and intellectual rigor. The interview process reflects this dynamic: it’s designed not just to test you but to see if you can thrive in an environment where answers aren’t handed to you, and solutions require creativity.

For those willing to embrace ambiguity and push boundaries, Nanostuffs offers fertile ground for growth and meaningful impact. The journey might be challenging, but the payoff comes in the form of real-world innovation involvement and a career that’s anything but ordinary.

Nanostuffs Technologies Interview Questions and Answers

Updated 21 Feb 2026

Sales Engineer Interview Experience

Candidate: Emily Zhang

Experience Level: Entry-level

Applied Via: Company Website

Difficulty:

Final Result: Rejected

Interview Process

3

Questions Asked

  • How do you explain complex technical products to clients?
  • Describe a time you met a sales target under pressure.
  • What do you know about nanotechnology applications?
  • How do you handle client objections?

Advice

Improve your understanding of nanotech products and practice sales scenarios.

Full Experience

Applied online and went through three interview rounds: HR screening, technical knowledge assessment, and a role-play sales scenario. The technical questions were challenging for me as I lacked deep product knowledge. Although I wasn't hired, the experience motivated me to study the field more.

Quality Assurance Specialist Interview Experience

Candidate: David Kim

Experience Level: Mid-level

Applied Via: Job Fair

Difficulty: Easy

Final Result:

Interview Process

1

Questions Asked

  • What quality standards are you familiar with?
  • How do you handle non-conformance reports?
  • Describe your experience with lab equipment calibration.

Advice

Be clear about your QA processes and standards knowledge.

Full Experience

I met a recruiter at a job fair and was invited for a single interview at their office. The interview was straightforward, focusing on my QA experience and knowledge of industry standards. The team was welcoming, and the process was efficient.

Product Development Engineer Interview Experience

Candidate: Catherine Smith

Experience Level: Senior

Applied Via: Referral

Difficulty:

Final Result:

Interview Process

2

Questions Asked

  • Describe your experience leading product development teams.
  • How do you integrate customer feedback into product design?
  • What challenges have you faced with nanotech product scaling?
  • Explain your project management approach.

Advice

Highlight leadership experience and your ability to manage cross-functional teams.

Full Experience

Referred by a current employee, I had two interviews: one with HR and one with the engineering manager. The focus was on my leadership skills and experience with product development in nanotechnology. The interviewers were friendly and interested in how I handle team dynamics and project challenges.

Materials Engineer Interview Experience

Candidate: Brian Lee

Experience Level: Entry-level

Applied Via: LinkedIn

Difficulty: Hard

Final Result: Rejected

Interview Process

4

Questions Asked

  • What are the key properties of carbon nanotubes?
  • Describe a time you improved a manufacturing process.
  • How do you approach failure analysis?
  • Explain your experience with CAD software.
  • What safety protocols do you follow in the lab?

Advice

Gain more hands-on experience with materials testing and familiarize yourself with industry-standard software.

Full Experience

I found the job on LinkedIn and submitted my resume. The process involved an initial HR screening, followed by two technical interviews and a final cultural fit interview. The technical rounds were challenging, focusing on both theoretical knowledge and practical problem-solving. Although I wasn't selected, the feedback helped me identify areas to improve.

Research Scientist Interview Experience

Candidate: Alice Johnson

Experience Level: Mid-level

Applied Via: Company Website

Difficulty:

Final Result:

Interview Process

3

Questions Asked

  • Explain your experience with nanomaterial synthesis.
  • Describe a challenging research project you managed.
  • How do you ensure accuracy in experimental data?
  • What software tools do you use for data analysis?

Advice

Brush up on your nanomaterials knowledge and be prepared to discuss your past research in detail.

Full Experience

I applied through the company website and was invited for three rounds of interviews. The first was a phone screening focusing on my background. The second was a technical interview with problem-solving questions related to nanomaterial synthesis. The final round was with the team lead, discussing my previous projects and how I handle research challenges. The process was thorough but fair, and I appreciated the technical depth.

View all interview questions

Frequently Asked Questions in Nanostuffs Technologies

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

Common Interview Questions in Nanostuffs Technologies

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: Consider a pile of Diamonds on a table. A thief enters and steals 1/2 of the total quantity and then again 2 extra from the remaining. After some time a second thief enters and steals 1/2 of the remaining+2. Then 3rd thief enters and steals 1/2 of the remaining+2. Then 4th thief enters and steals 1/2 of the remaining+2. When the 5th one enters he finds 1 diamond on the table. Find out the total no. of diamonds originally on the table before the 1st thief entered.

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: 36 people {a1, a2, ..., a36} meet and shake hands in a circular fashion. In other words, there are totally 36 handshakes involving the pairs, {a1, a2}, {a2, a3}, ..., {a35, a36}, {a36, a1}. Then size of the smallest set of people such that the res...

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: The citizens of planet nigiet are 8 fingered and have thus developed their decimal system in base 8. A certain street in nigiet contains 1000 (in base 8) buildings numbered 1 to 1000. How many 3s are used in numbering these buildings?

Q: ABCDE are sisters. Each of them gives 4 gifts and each receives 4 gifts No two sisters give the same combination ( e.g. if A gives 4 gifts to B then no other sisters can give four to other one.) (i) B gives four to A.(ii) C gives 3 to E. How much did A,B,C,E give to D?

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: 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: 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: In a country where everyone wants a boy, each family continues having babies till they have a boy. After some time, what is the proportion of boys to girls in the country? (Assuming probability of having a boy or a girl is the same)

Q: An escalator is descending at constant speed. A walks down and takes 50 steps to reach the bottom. B runs down and takes 90 steps in the same time as A takes 10 steps. How many steps are visible when the escalator is not operating. 

Q: A man driving the car at twice the speed of auto one day he was driven car for 10 min. and car is failed. he left the car and took auto to go to the office .he spent 30 min. in the auto. what will be the time take by car to go office?

Q: A person meets a train at a railway station coming daily at a particular time. One day he is late by 25 minutes, and he meets the train 5 k.m. before the station. If his speed is 12 kmph, what is the speed of the train.

Q: Motorboat A leaves shore P as B leaves Q; they move across the lake at a constant speed. They meet first time 600 yards from P. Each returns from the opposite shore without halting, and they meet 200 yards from. How long is the lake?

Similar Companies Interview Questions