mobileye Recruitment Process, Interview Questions & Answers

Mobileye's hiring process typically involves an initial HR screening, followed by technical rounds focused on algorithms, computer vision, and coding skills. Final stages assess problem-solving abilities and domain knowledge related to autonomous driving.
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About mobileye

Company Description

Mobileye is a global leader in autonomous driving technologies and advanced driver-assistance systems (ADAS). Founded in 1999, Mobileye focuses on developing innovative vision-based solutions that improve vehicle safety and enable autonomous mobility. The company designs, develops, and deploys technologies such as object detection, collision avoidance, lane departure warning, and adaptive cruise control. Mobileye’s products are integrated into millions of vehicles worldwide and are trusted by major automotive manufacturers for enhancing road safety and enabling self-driving functionalities.

Mobileye also develops high-definition mapping systems and artificial intelligence models that enable vehicles to understand and navigate complex road environments. With a strong emphasis on research and innovation, Mobileye continuously advances the state-of-the-art in computer vision, sensor fusion, and machine learning technologies for automotive applications.

Work Culture and Job Environment

Mobileye promotes a highly innovative and collaborative work culture. Employees are encouraged to think creatively, experiment with new technologies, and contribute to the development of cutting-edge solutions. The company emphasizes teamwork, problem-solving, and professional growth. Key aspects of the work environment include:

Innovation-Driven: Teams are encouraged to develop creative solutions for complex autonomous driving challenges.

Collaborative: Cross-functional collaboration between engineers, researchers, and software developers is central to the workflow.

Continuous Learning: Employees have access to training, workshops, and mentorship to grow skills in AI, computer vision, and embedded systems.

Autonomy: Professionals are empowered to take ownership of projects and initiatives.

Work-Life Balance: Flexible work arrangements and a supportive environment ensure a healthy work-life balance.

Job Roles and Interview Questions

1. Algorithm Developer

Skills (for reference): Machine learning, computer vision, deep learning frameworks, Python/C++ programming, data analysis

Previous Roles (for reference): Software Engineer, Data Scientist, Machine Learning Engineer

Q1: Can you explain how object detection works in autonomous vehicles?

Object detection uses computer vision and deep learning models to identify and classify objects like vehicles, pedestrians, and obstacles in real-time. Techniques include convolutional neural networks (CNNs) and region-based detection.

Q2: How would you optimize an algorithm for real-time embedded systems?

By reducing computational complexity, using efficient data structures, leveraging parallel processing and GPU acceleration, and minimizing memory usage.

Q3: Describe a challenging problem you solved using machine learning.

Developed a lane detection algorithm for varying weather conditions by applying data augmentation, model tuning, and testing on real-world datasets to achieve high accuracy.

Q4: How do you handle noisy sensor data?

I use filtering techniques such as Kalman filters, sensor fusion methods, and probabilistic models to improve data reliability.

Q5: Which frameworks and tools do you prefer for computer vision tasks?

OpenCV, TensorFlow, PyTorch, ROS, and CUDA for GPU acceleration.

2. Software Engineer (Embedded Systems)

Skills (for reference): Embedded C/C++, RTOS, microcontroller programming, debugging, software optimization

Previous Roles (for reference): Embedded Systems Developer, Firmware Engineer, Application Developer

Q1: What are key considerations when developing software for automotive embedded systems?

Safety, reliability, real-time performance, memory efficiency, and compliance with automotive standards like ISO 26262.

Q2: How do you debug real-time embedded systems?

Using logic analyzers, oscilloscopes, software debuggers, and logging mechanisms to monitor system behavior.

Q3: Explain your experience with real-time operating systems (RTOS).

Managing task scheduling, interrupts, and inter-process communication to ensure timely execution of critical processes.

Q4: How do you ensure high software quality in embedded systems?

Rigorous unit testing, integration testing, code reviews, adherence to coding standards, and using static analysis tools.

Q5: Can you give an example of software optimization for performance?

Reduced sensor fusion module latency by optimizing loops, using fixed-point arithmetic, and minimizing memory access overhead.

3. Test Engineer (Autonomous Systems)

Skills (for reference): Test planning, simulation, validation, data analysis, safety testing

Previous Roles (for reference): QA Engineer, Validation Engineer, Test Analyst

Q1: How do you validate autonomous driving algorithms?

Through simulation, controlled track testing, and real-world scenarios while measuring performance against safety and accuracy metrics.

Q2: What methods do you use for software testing in autonomous vehicles?

Unit testing, integration testing, regression testing, system-level validation, and stress testing under varying conditions.

Q3: How do you handle unexpected failures during testing?

Analyze logs, reproduce the issue, determine root causes, and collaborate with development teams to implement solutions.

Q4: Explain your experience with simulation tools.

Using simulators to test perception, planning, and control modules in diverse traffic and weather scenarios before deployment.

Q5: How do you ensure safety compliance during testing?

Following structured testing protocols, risk assessments, documentation, and adhering to automotive safety standards.

4. Systems Engineer (ADAS & Vehicle Integration)

Skills (for reference): Vehicle integration, sensor calibration, system architecture, signal processing

Previous Roles (for reference): Vehicle Systems Engineer, Integration Engineer, Hardware-Software Engineer

Q1: What are key challenges in integrating ADAS systems into vehicles?

Ensuring compatibility between sensors, software, and vehicle hardware, maintaining real-time performance, and meeting safety regulations.

Q2: How do you calibrate sensors for ADAS applications?

Using standardized procedures, test tracks, and simulation data to align sensor outputs accurately with real-world measurements.

Q3: Describe your experience with system architecture design.

Designing modular and scalable systems, defining interfaces between software and hardware components, and ensuring maintainability.

Q4: How do you test the performance of integrated ADAS systems?

Using controlled environments, real-world driving tests, and monitoring metrics such as detection accuracy, latency, and reliability.

Q5: How do you address system-level failures?

Perform root-cause analysis, revise system design or calibration, and implement redundant safety measures where necessary.

mobileye Interview Guide

Company Background and Industry Position

Mobileye operates at the forefront of the automotive technology revolution, specializing in advanced driver-assistance systems (ADAS) and autonomous driving solutions. Founded in 1999 and now a subsidiary of Intel Corporation, Mobileye has carved out a distinct niche with its state-of-the-art computer vision and machine learning technologies. The company's reputation as a pioneer in collision avoidance and real-time mapping technologies is widely recognized across the industry.

What sets Mobileye apart is its commitment to safer roads through innovation. This focus has led to partnerships with some of the world’s largest automakers and technology firms. Understanding Mobileye's position in this fast-evolving market helps job seekers align their career aspirations with a cutting-edge employer deeply vested in shaping the future of mobility.

Unlike many traditional automotive suppliers, Mobileye blends the Silicon Valley startup ethos with the resources of a global tech giant. This hybrid culture influences not only the work environment but also how they approach talent acquisition.

How the Hiring Process Works

  1. Application and Resume Screening: Candidates submit their profiles online, where recruiters filter based on technical skills, relevant experience, and educational background. The focus here is on matching job-specific criteria with candidates’ resumes, but also on spotting those who demonstrate innovation and problem-solving capabilities.
  2. Initial HR Interview: This round assesses cultural fit, motivations, and communication skills. It’s also a chance for candidates to ask questions about the company’s vision and team dynamics. Mobileye places weight on authenticity here, seeking employees who resonate with their mission.
  3. Technical Screening: Conducted either via coding tests, technical phone interviews, or online assessments. Candidates face problem-solving challenges, algorithmic questions, or scenario-based tasks related to their domain (software, hardware, data science, etc.). The aim is to evaluate core technical competencies and logical thinking under pressure.
  4. Onsite Interviews / Virtual Deep Dive: Several rounds of face-to-face or remote interviews follow, combining technical drills, system design discussions, and behavioral evaluations. Interviewers dig into candidates’ past projects, technical decisions, and approach to collaboration. This stage often includes team fit assessments, ensuring the candidate can thrive in Mobileye’s cross-functional teams.
  5. Final HR and Management Round: Before the offer, senior leaders or HR professionals explore compensation expectations, career goals, and commitment. This conversation aligns mutual interests and clarifies any remaining questions.
  6. Offer and Negotiation: If everything aligns, candidates receive an offer detailing salary, benefits, stock options, and other perks. Flexibility and transparency during this phase are key to securing top talent in a competitive market.

Interview Stages Explained

Initial HR Screening

Don’t underestimate this seemingly casual conversation. While it’s not a technical grilling, it serves as the first filter. Recruiters look for clear communication, enthusiasm for Mobileye’s mission, and a genuine interest in the specific role. They might ask about your background, why you chose Mobileye, or how you handle teamwork challenges. This stage is also about setting expectations and explaining the recruitment timeline.

Technical Interview Rounds

These are the heart of the selection process. Expect role-specific challenges. For software engineers, that often means coding problems focusing on data structures, algorithms, and sometimes machine learning concepts. Embedded systems candidates might face questions on low-level programming, signal processing, or hardware-software integration. Mobileye is big on practical problem-solving over academic theory, so interviewers might present real-world problems they recently tackled.

System design interviews are common for senior roles, testing your ability to architect scalable, reliable solutions. Interviewers are keen on your rationale: why you choose one approach over another, trade-offs considered, and how you anticipate failures or performance bottlenecks.

Behavioral and Cultural Fit Interviews

These sessions dive into how you function within teams and under stress. Mobileye values collaboration and innovation, so expect questions probing your problem-solving style, conflict resolution, and adaptability. They want to know if you can thrive in a fast-moving, high-expectation environment without losing sight of quality and ethics.

Recruitment Rounds Specific to Job Roles

Some roles, like AI research scientists or sensor specialists, may also have technical presentations or whiteboard sessions. Candidates might be asked to explain a research paper, propose improvements to existing algorithms, or discuss new trends in autonomous driving. This helps gauge domain expertise and intellectual curiosity.

Examples of Questions Candidates Report

  • “How would you detect and classify road signs using vision algorithms? What challenges do you foresee?”
  • “Write a function to determine if a linked list has a cycle.”
  • “Design a system that can process sensor data from multiple vehicles in real-time.”
  • “Tell me about a time you disagreed with a teammate. How did you handle it?”
  • “Explain the difference between LIDAR and RADAR and how data from these sensors can be fused.”
  • “What makes Mobileye’s approach to autonomous driving unique compared to other companies?”

Eligibility Expectations

Mobileye typically looks for candidates with a strong foundation in computer science, electrical engineering, robotics, or related fields. A bachelor’s degree is often the minimum, but many roles prefer a master’s or PhD, especially in specialized areas like machine learning or sensor fusion.

Beyond formal education, hands-on experience counts heavily. Internships, research projects, or previous roles related to automotive tech, embedded systems, or AI can boost your chances significantly. The company appreciates candidates who demonstrate continuous learning and adaptability to new technologies.

Language fluency (usually English) and the ability to work in diverse, interdisciplinary teams are non-negotiable. Mobility and availability for onsite or remote work might differ by location.

Common Job Roles and Departments

Mobileye’s operations span several technical domains:

  • Software Development: Focused on computer vision, machine learning pipelines, and embedded software.
  • Hardware Engineering: Designing sensor platforms, ASICs, and embedded controllers.
  • Data Science and AI Research: Developing algorithms for perception, prediction, and decision-making.
  • Systems Engineering: Integrating hardware and software components into cohesive automotive solutions.
  • Product Management: Aligning technology with market needs and customer feedback.
  • Quality Assurance and Testing: Ensuring safety and reliability through rigorous validation procedures.

Each department requires nuanced skill sets and reflects the complex value chain involved in autonomous driving technology.

Compensation and Salary Perspective

RoleEstimated Salary
Software Engineer$90,000 – $140,000
Senior Software Engineer$130,000 – $180,000
Hardware Engineer$85,000 – $130,000
AI Research Scientist$110,000 – $160,000
Product Manager$120,000 – $170,000
Quality Assurance Engineer$75,000 – $110,000

These figures vary significantly depending on geographic location, experience, and negotiation skills. Stock options and bonuses are common, reflecting the company's desire to retain high performers in a highly competitive market.

Interview Difficulty Analysis

Mobileye’s selection process is considered moderately difficult to challenging, particularly for technical positions. Candidates often report that coding questions are straightforward but expect to be tested on depth of understanding. The company values clear problem-solving approaches rather than just rushing to an answer.

Behavioral rounds feel thorough but fair. Some candidates mention the pressure of back-to-back interviews, which can be taxing. However, the interviewers usually maintain a respectful tone and encourage candidates to ask questions and clarify doubts. Unlike some tech giants, Mobileye's process doesn’t focus on trick questions but rather practical and relevant challenges.

Compared to peer firms in automotive tech and AI, Mobileye’s process balances rigor with humanity, reflecting their innovative yet collaborative culture.

Preparation Strategy That Works

  • Research Mobileye’s products and recent technological breakthroughs. Understanding their competitive edge helps in interviews and shows genuine interest.
  • Brush up on core computer science fundamentals: algorithms, data structures, especially if applying for software roles.
  • Practice domain-specific problems: computer vision tasks, embedded programming, or AI concepts depending on the job.
  • Engage in mock interviews focusing on problem-solving explanations, not just solutions. Mobileye cares about your thought process.
  • Prepare concrete examples for behavioral questions using the STAR (Situation, Task, Action, Result) method but keep responses natural and not overly rehearsed.
  • For system design rounds, outline clear architectures, discuss trade-offs, and consider scalability and fault tolerance.
  • Review your past projects thoroughly and be ready to discuss technical decisions, challenges, and learning moments.

Work Environment and Culture Insights

Mobileye’s work culture reflects a blend of startup agility and corporate stability. Employees appreciate the open communication channels and the empowerment to innovate within their teams. It’s a place where curiosity and continuous learning are not just encouraged but expected.

That said, the pace can be intense, given the high stakes of developing technology that impacts public safety. Teams work cross-functionally, often under tight deadlines, which fosters strong collaboration but can demand resilience.

Many report a healthy respect for work-life balance, with flexibility in remote work options, though this varies by department and project phase.

Career Growth and Learning Opportunities

Mobileye invests heavily in employee development. From internal workshops to access to Intel’s broader resources, the growth path is rich with possibilities. There are opportunities to rotate across teams, engage in cutting-edge research, or transition into management roles.

The company also supports advanced education and certifications, recognizing that staying ahead in AI and automotive tech means perpetual learning. For ambitious candidates, Mobileye can be a launchpad to becoming thought leaders in autonomous driving.

Real Candidate Experience Patterns

Listening to what past applicants share paints an authentic picture. Many emphasize that the interview process felt like a dialogue rather than a grilling session, with interviewers interested in mutual fit. Some found the technical rounds challenging but fair, while others highlighted the importance of brushing up on the latest industry trends before the behavioral interviews.

Occasionally, candidates noted waiting times between recruitment stages could be lengthy, which is not unusual in a company balancing rapid innovation with thorough hiring vetting.

Overall, people tend to leave the interview feeling they gained insight into Mobileye’s culture and technologies, sometimes even inspired to deepen their knowledge regardless of the outcome.

Comparison With Other Employers

Comparing Mobileye to other automotive and tech giants reveals its unique hybrid nature. While it doesn’t have the sheer scale of companies like Tesla or Google’s Waymo, Mobileye offers a more focused and collaborative environment. The interview process, while rigorous, lacks the often brutal competition seen at pure tech behemoths.

In terms of compensation, Mobileye generally offers competitive packages but emphasizes long-term growth and stock incentives more than quick sign-on bonuses.

Candidate experience tends to be more personable than at larger corporations where junior candidates may feel lost in the system.

Expert Advice for Applicants

Focus on understanding Mobileye’s core mission: making transportation safer and smarter. Tailor your preparation to demonstrate alignment with this vision—not just technical prowess. Bring stories that illustrate your problem-solving creativity and teamwork abilities.

Don’t shy away from asking clarifying questions during technical rounds; it shows engagement and analytical thinking. Practice explaining complex concepts as if to a non-expert—communication skills matter profoundly in interdisciplinary teams.

Lastly, be patient with the process. Mobileye values quality over speed in hiring, reflecting the precision required in its products. Use waiting periods to deepen your industry knowledge and refine your skills. That extra effort will pay dividends.

Frequently Asked Questions

What is the typical number of interview rounds at Mobileye?

The process usually involves around four to six rounds, inclusive of HR, technical, and managerial interviews. However, this can vary depending on the role and location.

Are there any coding tests involved?

Yes, especially for software and AI roles. Candidates can expect online coding assessments or live coding sessions focusing on algorithmic problem-solving.

How important is domain knowledge in automotive technology?

While not always mandatory, having familiarity with automotive systems, sensor technologies, or autonomous driving concepts significantly strengthens a candidate’s profile.

Does Mobileye provide feedback after interviews?

Feedback is not guaranteed but some candidates receive constructive comments, particularly if progressing to later stages. It varies by recruiter and location.

Is prior experience in a startup or tech company preferred?

Mobileye values diverse backgrounds. Experience in tech startups, automotive companies, or research labs can all be advantageous depending on the role.

Final Perspective

Preparing for a Mobileye interview is both a technical and intellectual journey. The company’s mission-driven culture and emphasis on innovation create a demanding yet rewarding recruitment experience. Candidates who engage deeply with the company’s technology and values tend to shine through the process.

Ultimately, Mobileye selects not just for skills but for vision alignment and adaptability—the kind of traits that fuel breakthroughs in autonomous driving. For those ready to contribute to this thrilling frontier, the interview is as much about mutual discovery as evaluation.

mobileye Interview Questions and Answers

Updated 21 Feb 2026

Systems Engineer Interview Experience

Candidate: Emily Zhang

Experience Level: Senior

Applied Via: LinkedIn Application

Difficulty: Hard

Final Result: Rejected

Interview Process

4

Questions Asked

  • Describe your experience with embedded systems.
  • How do you approach system integration testing?
  • Explain a time you resolved a critical system failure.
  • What tools do you use for system modeling?

Advice

Prepare detailed examples of past projects and be ready for scenario-based questions.

Full Experience

The process included an initial phone screen, two technical interviews focusing on system design and troubleshooting, and a final HR interview. The technical rounds were challenging and required deep knowledge of embedded systems and integration.

Hardware Engineer Interview Experience

Candidate: David Kim

Experience Level: Entry-level

Applied Via: Campus Recruitment

Difficulty: Easy

Final Result:

Interview Process

2

Questions Asked

  • Explain your experience with PCB design.
  • What challenges did you face during your final year project?
  • Basic electronics and circuit theory questions.

Advice

Be confident in your fundamentals and relate your academic projects to real-world applications.

Full Experience

I applied through the campus recruitment drive. The first round was a technical written test, and the second was an interview with the engineering team. The interviewers were supportive and interested in my academic background.

Product Manager Interview Experience

Candidate: Catherine Smith

Experience Level: Mid-level

Applied Via: Recruiter Contact

Difficulty:

Final Result:

Interview Process

3

Questions Asked

  • How do you prioritize features in a product roadmap?
  • Describe a time you managed cross-functional teams.
  • What do you know about Mobileye's products?
  • How would you handle conflicting stakeholder requirements?

Advice

Showcase your leadership skills and understanding of the automotive tech market.

Full Experience

The recruiter reached out to me directly. The first interview was with HR, followed by a product-focused interview with the hiring manager, and finally a panel interview with engineers and designers. They valued clear communication and strategic thinking.

Data Scientist Interview Experience

Candidate: Brian Lee

Experience Level: Senior

Applied Via: Referral

Difficulty: Hard

Final Result: Rejected

Interview Process

4

Questions Asked

  • How do you handle missing data in datasets?
  • Explain a machine learning model you implemented from scratch.
  • Describe your experience with computer vision.
  • How would you improve Mobileye's object detection algorithms?

Advice

Prepare for deep technical questions and demonstrate your understanding of autonomous driving challenges.

Full Experience

I was referred by a former employee and went through an initial HR screening, two technical interviews, and a final cultural fit interview. The technical rounds were intense, focusing on both theory and practical applications in autonomous driving.

Software Engineer Interview Experience

Candidate: Alice Johnson

Experience Level: Mid-level

Applied Via: Online Application

Difficulty:

Final Result:

Interview Process

3

Questions Asked

  • Explain your experience with C++ and Python.
  • How would you optimize an algorithm for real-time processing?
  • Describe a challenging bug you fixed in a previous project.

Advice

Brush up on your coding skills 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 data structures. The final round was an onsite interview with the team, including system design and behavioral questions. The interviewers were friendly and focused on practical problem-solving.

View all interview questions

Frequently Asked Questions in mobileye

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

Common Interview Questions in mobileye

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: 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: A rich man died. In his will, he has divided his gold coins among his 5 sons, 5 daughters and a manager. According to his will: First give one coin to manager. 1/5th of the remaining to the elder son.Now give one coin to the manager and 1/5th of the remaining to second son and so on..... After giving coins to 5th son, divided the remaining coins among five daughters equally.All should get full coins. Find the minimum number of coins he has?

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: 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: 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: A long, long time ago, two Egyptian camel drivers were fighting for the hand of the daughter of the sheik of Abbudzjabbu. The sheik, who liked neither of these men to become the future husband of his daughter, came up with a clever plan: a race would dete

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: Jarius and Kylar are playing the game. If Jarius wins, then he wins twice as many games as Kylar. If Jarius loses, then Kylar wins as the same number of games that Jarius wins. How many do Jarius and Kylar play before this match?

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: If I walk with 30 miles/hr i reach 1 hour before and if i walk with 20 miles/hr i reach 1 hour late. Find the distance between 2 points and the exact time of reaching destination is 11 am then find the speed with which it walks.

Q: There are four dogs/ants/people at four corners of a square of unit distance. At the same instant all of them start running with unit speed towards the person on their clockwise direction and will always run towards that target. How long does it take for them to meet and where?

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: 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: 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?

Q: A Man is sitting in the last coach of train could not find a seat, so he starts walking to the front coach ,he walks for 5 min and reaches front coach. Not finding a seat he walks back to last coach and when he reaches there,train had completed 5 miles. what is the speed of the train ?

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?

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