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UGC NET 2020 Paper 1 Question Paper (01-Oct-2020) (Shift 2); Download PDF

UGC NET 2023 Paper 1 (Shift 2), held on 01 October 2020, consists of 50 questions designed to evaluate the general teaching and research aptitude of candidates. The paper covers a variety of topics, including logical reasoning, reading comprehension, data interpretation, and teaching methodologies. It is a crucial exam for candidates aspiring to become assistant professors or pursue research fellowships in Indian universities and colleges. The difficulty level of the paper is moderate, aiming to assess candidates' overall academic and cognitive abilities.

Free
UGC NET 2020 Paper 1 Previous Year Paper (01-Oct-2020) (Shift 2)
60 Minutes
50 Questions
100 Marks
English, Hindi
Showing 1 - 5 of 50 questions
Page 1 of 10

Q1.

Consider the following table that presents the results of a competitive MCQ examination, where candidates were tested in their knowledge of Physics, Chemistry, Mathematics and Computer Science. The table contains the data on the number of candidates securing marks within the specified range of marks. For example, [81 - 100] specifies the range of marks as ≥ 81 and ≤ 100.

Marks-wise Distribution of Candidates
SubjectTotal Marks[81-100]71-80]61-70][51-60][41-50][31-40][21-30][11-20][0-10]
Physics 1000148573042051088591701970
Chemistry10025875335067757778506518001350
Mathematics100000619934001504569751375
Computer science50000220214510140118582637

Assuming that there are no absentees, what is the total number of candidates who appeared for the examination?

Q2.

Consider the following table that presents the results of a competitive MCQ examination, where candidates were tested in their knowledge of Physics, Chemistry, Mathematics and Computer Science. The table contains the data on the number of candidates securing marks within the specified range of marks. For example, [81 - 100] specifies the range of marks as ≥ 81 and ≤ 100.

Marks-wise Distribution of Candidates
SubjectTotal Marks[81-100]71-80]61-70][51-60][41-50][31-40][21-30][11-20][0-10]
Physics 1000148573042051088591701970
Chemistry10025875335067757778506518001350
Mathematics100000619934001504569751375
Computer science50000220214510140118582637

What is the ratio of the total number of candidates who scored more than 50 marks in Physics to those who scored more than 40 marks in Mathematics?

Q3.

Consider the following table that presents the results of a competitive MCQ examination, where candidates were tested in their knowledge of Physics, Chemistry, Mathematics and Computer Science. The table contains the data on the number of candidates securing marks within the specified range of marks. For example, [81 - 100] specifies the range of marks as ≥ 81 and ≤ 100.

Marks-wise Distribution of Candidates
SubjectTotal Marks[81-100]71-80]61-70][51-60][41-50][31-40][21-30][11-20][0-10]
Physics 1000148573042051088591701970
Chemistry10025875335067757778506518001350
Mathematics100000619934001504569751375
Computer science50000220214510140118582637

If securing over 40% marks is the qualifying criteria for each subject, then the ratio of the number of candidates who qualify in Mathematics compared to those who qualify in Computer science is

Q4.

Consider the following table that presents the results of a competitive MCQ examination, where candidates were tested in their knowledge of Physics, Chemistry, Mathematics and Computer Science. The table contains the data on the number of candidates securing marks within the specified range of marks. For example, [81 - 100] specifies the range of marks as ≥ 81 and ≤ 100.

Marks-wise Distribution of Candidates
SubjectTotal Marks[81-100]71-80]61-70][51-60][41-50][31-40][21-30][11-20][0-10]
Physics 1000148573042051088591701970
Chemistry10025875335067757778506518001350
Mathematics100000619934001504569751375
Computer science50000220214510140118582637

If securing over 60% marks is the qualifying criteria for the subject of Computer science, then what is the approximate percentage of qualified candidates in the subject of computer science (Assume no absentees)?

Q5.

Consider the following table that presents the results of a competitive MCQ examination, where candidates were tested in their knowledge of Physics, Chemistry, Mathematics and Computer Science. The table contains the data on the number of candidates securing marks within the specified range of marks. For example, [81 - 100] specifies the range of marks as ≥ 81 and ≤ 100.

Marks-wise Distribution of Candidates
SubjectTotal Marks[81-100]71-80]61-70][51-60][41-50][31-40][21-30][11-20][0-10]
Physics 1000148573042051088591701970
Chemistry10025875335067757778506518001350
Mathematics100000619934001504569751375
Computer science50000220214510140118582637

If securing over 60% marks is the qualifying criteria for each of the three subjects of Physics, Chemistry and Mathematics, then the number of candidates who have qualified in all three subjects is

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