Tip 1 : Solve aptitude
Tip 2 : Practice Coding questions from HackerRank.
Tip 1 : Mark skills with bold letters.
Tip 2 : Mention internship on resume
- Start with morning
- Environment was good.
- No
- Interview was good
Question- For an effective operating system, when to check for deadlock?
a) every time a resource request is made at fixed time intervals
b) at fixed time intervals
c) every time a resource request is made
d) none of the mentioned
Tip 1 : Concept should be clear for Data Structure questions
Tip 2 : Hands on Deadlock specific questions
2- For what purpose the DML is provided?
a- Addition of new structure in the database
b- Manipulation & processing of the database
c- Definition of the physical structure of the database system
d- All of the above
Tip 1 : DBMS concepts should be clear.
Tip 2 : Hands on DML, DDL, DCL commands



Bubble Sort implementation for the given array: {6,2,8,4,10} is shown below :-
Answer -
You don't have to read input or print anything. Your task is to complete the function bubblesort() which takes the array and it's size as input and sorts the array using bubble sort algorithm.
Expected Time Complexity: O(N^2).
Expected Auxiliary Space: O(1).
Tips : Complexity should be hands on.
You come across 100 closed doors in a straight line. You make 100 passes through each gate, starting with the first one. The first time you walk by a door, you open the closed ones and close the open doors. The second time you walk past the door, visit any door the first time you walk, and if it is closed, you open it, and if it is open, you shut it. You visit every other door on your second pass by, starting from the second, skip-counting them by two. In the 3rd pass, you go to every third door, in the fourth round to every 4th and so on. When reaching the 100th door, during your last round, which doors are open, and which are closed?
The number of the doors you pass will be the same as the divisor in the door's number. For example, if you pass by door number 27, consider its divisors 1,3,9, and 27.
Given that you will open the door on your first visit and close it on visiting the second time, you will open the door the first time you pass it, close it the third time, then open it again on the ninth pass, and finally closing it on your 27th pass.
Given that 27 does not have an exact square root, the door will be closed in the end. On the contrary, a number with a perfect square root like 9, will remain open. (Divisors are 1,3,9; so it will be open-close-open).
So the solution is that all door numbers with a perfect square root will be closed in the end, while those with a perfect square root will be open.
- Morning time
- Environment was good.
- No
- Interviewer was good
- Introduce Yourself?
- Describe about your career?
- What technologies you are intrested in?
- Are you like travelling all over the world?
Tip 1 : focus on communication skills
Tip 2 : Practice HR Questions

Here's your problem of the day
Solving this problem will increase your chance to get selected in this company
What is the purpose of the return keyword?