CBSE Class 12 Question Paper 2015 (Available): Check Previous Year Question Paper with Solution PDF (2023-2012)

Content Curator | Updated 3+ months ago

CBSE Class 12 Previous Year Question Papers 2015 for Physics, Chemistry, Math and Biology can be downloaded from the links provided in this article. This article also contains links of other study resources for class 12 students.

For the session 2022-23, the board exams will be conducted only once in a year.
Unlike last year, there is no term-wise division of syllabus for class 12 students.
Students are advised to study from NCERT textbooks prescribed by CBSE for board examinations.

Check Also: CBSE Class 12 Updates

CBSE Class 12 Year Wise Question Paper Download
CBSE Class 12 2025 Question Paper	CBSE Class 12 2024 Question Paper
CBSE Class 12 2023 Question Paper	CBSE Class 12 2022 Question Paper
CBSE Class 12 2021 Question Paper	CBSE Class 12 2020 Question Paper
CBSE Class 12 2019 Question Paper	CBSE Class 12 2018 Question Paper
CBSE Class 12 2017 Question Paper	CBSE Class 12 2016 Question Paper
CBSE Class 12 2012 Question Paper	CBSE Class 12 2014 Question Paper
CBSE Class 12 2013 Question Paper	-

CBSE Class 12 Previous Year Papers 2015: Subject-wise

Subject-wise CBSE Board previous year papers 2015 are given below:

S.No.	Subject	PDF Link
1.	Physics	Download
2.	Biology	Download
3.	Mathematics	Download
4.	Chemistry	Download

Check Also:

Class 12 Exam Pattern	CBSE Class 12 Notes	Class 12 Physics Practical
CBSE Class 12 Registration	CBSE Class 12 Practice Papers	Class 12 Chemistry Practical
Class 12 Biology Notes	Class 12 Mathematics Notes	Class 12 Chemistry Notes

*The article might have information for the previous academic years, which will be updated soon subject to the notification issued by the University/College.

CBSE CLASS XII 2015 Questions

1.
Draw the energy-band diagram for conductors, semiconductors, and insulators at T = 0 K. How is an electron-hole pair formed in a semiconductor at room temperature?
View Solution
2.
“Where there is a will, there is a way.” The above saying aptly describes the character of Douglas from ‘Deep Water’ and Mukesh from ‘Lost Spring’. Compare and contrast their characters in terms of their courage, determination, and the pursuit of their goals.
View Solution
3.
If \( A \) denotes the set of continuous functions and \( B \) denotes the set of differentiable functions, then which of the following depicts the correct relation between set \( A \) and \( B \)?
View Solution
4.
In the given reaction sequence, the structure of Y would be:
View Solution
5.
Prove that, in the Bohr model of the hydrogen atom, the time period of revolution of an electron in the \( n \)-th orbit is proportional to \( n^3 \).
View Solution

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CBSE CLASS XII papers of 2023

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CBSE CLASS XII papers of 2021

In case of any inaccuracy, Notify Us!

CBSE CLASS XII papers of 2019

In case of any inaccuracy, Notify Us!

Previous Year CBSE CLASS XII Questions

In case of any inaccuracy, Notify Us!

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CBSE Class 12 Question Paper 2015 (Available): Check Previous Year Question Paper with Solution PDF (2023-2012)

CBSE Class 12 Previous Year Papers 2015: Subject-wise

CBSE CLASS XII 2015 Questions

1.
Draw the energy-band diagram for conductors, semiconductors, and insulators at T = 0 K. How is an electron-hole pair formed in a semiconductor at room temperature?

2.
“Where there is a will, there is a way.” The above saying aptly describes the character of Douglas from ‘Deep Water’ and Mukesh from ‘Lost Spring’. Compare and contrast their characters in terms of their courage, determination, and the pursuit of their goals.

3.
If \( A \) denotes the set of continuous functions and \( B \) denotes the set of differentiable functions, then which of the following depicts the correct relation between set \( A \) and \( B \)?

4.
In the given reaction sequence, the structure of Y would be:

5.
Prove that, in the Bohr model of the hydrogen atom, the time period of revolution of an electron in the \( n \)-th orbit is proportional to \( n^3 \).

CBSE CLASS XII Syllabus

CBSE CLASS XII papers of 2023

CBSE CLASS XII papers of 2021

CBSE CLASS XII papers of 2019

Previous Year CBSE CLASS XII Questions

Comments

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CBSE Class 12 Previous Year Papers 2015: Subject-wise

CBSE CLASS XII 2015 Questions

1.Draw the energy-band diagram for conductors, semiconductors, and insulators at T = 0 K. How is an electron-hole pair formed in a semiconductor at room temperature?

2.“Where there is a will, there is a way.” The above saying aptly describes the character of Douglas from ‘Deep Water’ and Mukesh from ‘Lost Spring’. Compare and contrast their characters in terms of their courage, determination, and the pursuit of their goals.

3.If \( A \) denotes the set of continuous functions and \( B \) denotes the set of differentiable functions, then which of the following depicts the correct relation between set \( A \) and \( B \)?

4.In the given reaction sequence, the structure of Y would be:

5.Prove that, in the Bohr model of the hydrogen atom, the time period of revolution of an electron in the \( n \)-th orbit is proportional to \( n^3 \).

CBSE CLASS XII Syllabus

CBSE CLASS XII papers of 2023

CBSE CLASS XII papers of 2021

CBSE CLASS XII papers of 2019

Previous Year CBSE CLASS XII Questions

Comments

SUBSCRIBE TO OUR NEWS LETTER

1.
Draw the energy-band diagram for conductors, semiconductors, and insulators at T = 0 K. How is an electron-hole pair formed in a semiconductor at room temperature?

2.
“Where there is a will, there is a way.” The above saying aptly describes the character of Douglas from ‘Deep Water’ and Mukesh from ‘Lost Spring’. Compare and contrast their characters in terms of their courage, determination, and the pursuit of their goals.

3.
If \( A \) denotes the set of continuous functions and \( B \) denotes the set of differentiable functions, then which of the following depicts the correct relation between set \( A \) and \( B \)?

4.
In the given reaction sequence, the structure of Y would be:

5.
Prove that, in the Bohr model of the hydrogen atom, the time period of revolution of an electron in the \( n \)-th orbit is proportional to \( n^3 \).