Mu-Sigma Candidate-Experiences Contributed by neethu updated on Jan 2022

Latest Placement Paper of Mu Sigma

Latest Selection Procedure of Mu sigma

The process followed by Mu Sigma was:

1) Written test (Aptitude)

2) Group Discussion

3) Interview

1 What is the output of the following code?
x=0;y=1;
for(j=1;j<4;j++){
x=x+j;
y*=j;
}

2. There is a 200 miles long tunnel. one train enters the tunnel at a speed of 200mph
while the other trains enter the tunnel in the opposite direction at a speed of 1000 mph. A
bee travels at a speed of 1500 mph enters the tunnel goes to and back until it reaches the
train. What is the distance covered by the bee when the two train collides (the bee
survives)

3. List the two advantages of views.

4. Which layer is encryption and decryption done

5. What are the various modes used to send data over the network

6. Write a query to display the name of the students whose total marks is divisible by 25
(total marks may be 175, 200, 150...)

7. P(S1)
a++;
P(S2)
v++;
V(S2)
V(S1)
P-wait, V-signal, S1 and S2 are semaphores. Consider two threads running. Is there a

8. How do you find the port number of the remote host?

Date; who>logfile
What is the difference between the two statements.

10. How do you find the machine MAC address

11. How many children did not try any of the rides. ?

(55-20=)35 kids * 2 rides = Rs. 70
60 + 70 = Rs. 130
So, Rs. (145  130 = ) 15 are left for the other (85  55 = ) 30 kids . so only 15 of them
can take a ride and rest 15 will be left out.
145 rides were taken. 20 of them took all three, i.e. Rs. 60 were spent, so 145-60= Rs. 85
are left for the others. Total kids were 85, so rest were 65. out of these 65,

12. How many children took exactly one ride?

13. Four cities are connected by a road network as shown in the figure. In how many
ways can you start from any city and come back to it without travelling on the same road
more than once ?

Consider the top city, the following are the 3 routes possible, starting from the leftmost
edge. Since there are 3 edges emanating from each city and the figure is perfectly
symmetrical, these 3 routes are possible from each edge, hence for any given city, the
total number of routes = 4 * 3 = 12.

14. Directions for question nos 14 to 15

A, B, and C are three numbers, Let
@(A, B)= Average of A and B
*(A, B)=Product of A and B
/(A, B)=A divided by B

15 If A=2 and B=4 the value of @( / (*(A,B),B),A) would be

16. Sum of A and B is given by

17. Let x<0, 0<y1 which of the following is false:

A) (x2-z2)has to be positive.
B) yz can be less than one.
C) xy can never be zero
D) (y2-z2) is always negative

18. If A's income is 25% less than B's ,by what % is B's income greater than that of A ?

Directions for Questions Nos: 19 to 20

Kya-Kya is an island in the south pacific .The inhabitants of Kya-Kya always Answer
any question with two sentences, one of which is always true and other is always false.

19 You are walking on a road and come to a fork. You ask the inhabitants Ram, Laxman,
Lila,Which road will take me to the village?
Ram says,I never speak to strangers. I am new to this place
Laxman says,I am married to Lila. Take the left road.
Lila says,I am married to ram. He is not new to this place
Which of the following is true?

A) Left road takes you to the village
B) Right road takes you to the village
C) Lila is married to laxman
D) None of above

Ram said he never talked to strangers, but he spoke to a stranger, this meAns that this
statement is false, hence his other statement must be true, hence the second statement of
Lila is false, hence her first statement is true that is she is married to ram, hence the first
statement of Laxman is false, hence his second statement is true, that is take the left road.

20. You find that your boat is stolen.You question three inhabitants of the island and they