1
GATE CSE 2026 Set 1
MCQ (Single Correct Answer)
+1
-0

The figure shows two 4-tile patterns.

GATE CSE 2026 Set 1 General Aptitude - Logical Reasoning Question 1 English

Either one or both of the patterns can be used any number of times and in any orientation to construct a new pattern. Which one of the options below cannot be constructed by using only these two 4-tile patterns assuming there are no overlaps among them?

A

GATE CSE 2026 Set 1 General Aptitude - Logical Reasoning Question 1 English Option 1

B

GATE CSE 2026 Set 1 General Aptitude - Logical Reasoning Question 1 English Option 2

C

GATE CSE 2026 Set 1 General Aptitude - Logical Reasoning Question 1 English Option 3

D

GATE CSE 2026 Set 1 General Aptitude - Logical Reasoning Question 1 English Option 4

2
GATE CSE 2026 Set 1
MCQ (Single Correct Answer)
+1
-0

Consider a knock-out women's badminton singles tournament where there are no ties. The loser in each game is eliminated from the tournament. Every player plays until she is defeated or remains the last undefeated player. The last undefeated player is declared the winner of the tournament. If there are 64 players in the beginning of the tournament, how many games should be played in total to declare the winner of the tournament?

A

127

B

64

C

63

D

32

3
GATE CSE 2026 Set 1
MCQ (Single Correct Answer)
+1
-0

A student needs to enroll for a minimum of 60 credits. A student cannot enroll for more than 70 credits. The credits are divided amongst project and three distinct sets of courses namely, core courses, specialization courses, and elective courses. It is compulsory for a student to enroll for exactly 15 credits of core courses and exactly 20 credits of project. In addition, a student has to enroll for a minimum of 10 credits of specialization courses. The maximum credits of elective courses that a student can enroll for is $\_\_\_\_$

A

10

B

15

C

20

D

25

4
GATE CSE 2026 Set 1
MCQ (Single Correct Answer)
+1
-0

'When the teacher is in the room, all students stand silently.'

If the above statement is true, which one of the following statements is not necessarily true?

A

If any student is not standing silently, then the teacher is not in the room.

B

When the teacher is in the room, all students are silent.

C

If all students are standing, then the teacher is in the room.

D

When the teacher is in the room, all students are standing.