Kumaran Systems is a prominent global IT services and solutions provider renowned for its excellence in delivering cutting-edge technology solutions to clients across various industries. The company's commitment to innovation and quality has positioned it as a leader in the IT sector, attracting top talent and fostering a dynamic work culture.
The interview process at Kumaran Systems is designed to identify candidates with exceptional skills and expertise who can contribute effectively to the company's success. The process typically begins with an initial screening round, where candidates may be assessed on their technical knowledge, problem-solving abilities, and aptitude. This phase may involve Kumaran Systems aptitude questions to gauge the candidate's logical reasoning, numerical ability, and critical thinking skills.
Following the initial screening, candidates may progress to subsequent rounds, which often include technical interviews and coding assessments. Kumaran Systems technical round questions are tailored to evaluate candidates' proficiency in various programming languages, software development methodologies, and problem-solving techniques. Candidates may be asked to solve real-world coding problems and demonstrate their ability to write clean, efficient code.
Throughout the interview process, Kumaran Systems seeks to assess not only the candidates' technical skills but also their communication abilities, teamwork, and adaptability. The company values individuals who can collaborate effectively with colleagues and clients, communicate complex ideas clearly, and adapt to evolving project requirements.
Candidates preparing for interviews at Kumaran Systems can benefit from reviewing Kumaran Systems interview questions and answers shared by past candidates or employees. This can provide valuable insights into the types of questions commonly asked and the expectations of interviewers.
Overall, the interview pattern at Kumaran Systems reflects the company's commitment to hiring top talent and fostering a culture of excellence and innovation. Candidates who demonstrate a strong technical aptitude, problem-solving skills, and a passion for technology are likely to thrive in the dynamic and challenging environment at Kumaran Systems.
55
28 Sec
Let’s assume the length of each train is ‘L’ and the speeds of the two trains are ‘V₁’ and ‘V₂’ respectively.
When the trains are moving in the opposite direction, their relative speed is the sum of their individual speeds. The total distance they need to cover is the sum of their lengths. Since they cross each other completely in 5 seconds, we can set up the following equation:
(V₁ + V₂) × 5 = 2L
When the trains are moving in the same direction, their relative speed is the difference between their individual speeds. The total distance they need to cover is the difference between their lengths. Since they cross each other completely in 15 seconds, we can set up the following equation:
(V₁ – V₂) × 15 = 2L
Now, let’s solve these equations to find the ratio of their speeds.
From the first equation, we have:
(V₁ + V₂) × 5 = 2L
V₁ + V₂ = (2L) / 5
From the second equation, we have:
(V₁ – V₂) × 15 = 2L
V₁ – V₂ = (2L) / 15
Let’s add these two equations together:
V₁ + V₂ + V₁ – V₂ = (2L) / 5 + (2L) / 15
2V₁ = (6L + 2L) / 15
2V₁ = (8L) / 15
V₁ = (4L) / 15
So, the speed of the first train is (4L) / 15.
Now, let’s substitute this value back into the first equation to find V₂:
(4L) / 15 + V₂ = (2L) / 5
V₂ = (2L) / 5 – (4L) / 15
V₂ = (6L – 4L) / 15
V₂ = (2L) / 15
Therefore, the speed of the second train is (2L) / 15.
The ratio of their speeds is given by:
(V₁ / V₂) = ((4L) / 15) / ((2L) / 15)
(V₁ / V₂) = 4L / 2L
(V₁ / V₂) = 2
So, the ratio of their speeds is 2:1.
20×20+22×22+24×24= 1460
Numbers is less then 30 because 30 square is 900 we have to take three consecutive number if we take numbers greater than 30 the sum of that numbers wil be greater than 1460.
30%
33
4:2
Let A=5x,B=3x,C not given so consider C=x
In triangle total angle=180°
A+B+C=180°
5x+3x+x=180°
9x=180°
X=180°/9
X=20°
A=5(20)=100°
B=3(20)=60°
C=20°
Therefore A=100° is the largest angle
Ans: 100°
12 %
Son in law
“RAW”:
RAW IS AN INDIAN INTILLIGENCE WING.
“RESEARCH AND ANALYSIS WING”
Phillips
9
My definition of success is being able to complete the task given to me in the provided timeline
P’s one min work=1/18
Q’s one min work=1/24
P’s x min work+Q’s 12 min work = tank fully filled ( 1 )
x(1/18)+12(1/24)=1
x=9 min