GENERAL NOTES ON THE SYLLABUS
1. The duration of examination for each theory paper will be of three hours.
2. Marks distribution for different papers will be as follows:
Paper Marks Questions
PHY01(T) FULL MARKS: 100 10 OUT OF 15 QUESTIONS
END SEMESTER EXAMINATION : 75 (EACH CARRYING 7½ MARKS)
INTERNAL ASSESMENT :25
PHY02(T) FULL MARKS: 75 8 OUT OF 12 QUESTIONS
PHY03(T) END SEMESTER EXAMINATION : 56 (EACH CARRYING 7 MARKS)
PHY04(T) INTERNAL ASSESSMENT : 19
PHY02(P) FULL MARKS: 25 ONE EXPERIMENT TO BE
PHY03(P) END SEMESTER EXAMINATION: 19 PERFORMED
PHY04(P) INTERNAL ASSESSMENT : 06
PHY05(T-A) FULL MARKS: 75 ONE COMPULSORY
PHY05(T-B) END SEMESTER EXAMINATION : 56 PROBLEM ORIENTED
PHY06(T-A) INTERNAL ASSESSMENT : 19 QUESTION CARRYING 8
PHY06(T-B) MARKS AND 4 OTHER
QUESTIONS FROM THE
REMAINING 7 QUESTIONS
EACH CARRYING 12
MARKS.
PHY05(P) FULL MARKS: 50 ONE EXPERIMENT TO BE
PHY06(P) END SEMESTER: 37 PERFORMED
INTERNAL ASSESSMENT: 13
3. The Practical Examination for II-IV semesters i.e. PHY02(P), PHY03(P) and
PHY04(P) will be of four hours duration and each student has to perform one
experiment in the examination. Practical Examination for V and VI semesters i.e.
PHY05(P) and PHY06(P) will be of six hours duration and each student has to
perform one experiment in the examination.
4. Internal Assessments: Internal Assessments in theory paper will be based on (i)
sessional test, (ii) assignments or any other method of evaluation such as study
tour/field trip, wherever possible.
5. Internal Assessments in practical paper will be based on (i) performance in the
laboratory work and (ii) number of practical completed during class hours.
6. Preferably SI system should be followed. However, in Nuclear Physics the relevant
units may also be followed.
7. One tutorial class per week to develop problem solving skill.
8. Error calculations to be used in experiments where ever applicable.
9. Questions to be set in proportion to the number of lectures assigned in the syllabus.
1. The duration of examination for each theory paper will be of three hours.
2. Marks distribution for different papers will be as follows:
Paper Marks Questions
PHY01(T) FULL MARKS: 100 10 OUT OF 15 QUESTIONS
END SEMESTER EXAMINATION : 75 (EACH CARRYING 7½ MARKS)
INTERNAL ASSESMENT :25
PHY02(T) FULL MARKS: 75 8 OUT OF 12 QUESTIONS
PHY03(T) END SEMESTER EXAMINATION : 56 (EACH CARRYING 7 MARKS)
PHY04(T) INTERNAL ASSESSMENT : 19
PHY02(P) FULL MARKS: 25 ONE EXPERIMENT TO BE
PHY03(P) END SEMESTER EXAMINATION: 19 PERFORMED
PHY04(P) INTERNAL ASSESSMENT : 06
PHY05(T-A) FULL MARKS: 75 ONE COMPULSORY
PHY05(T-B) END SEMESTER EXAMINATION : 56 PROBLEM ORIENTED
PHY06(T-A) INTERNAL ASSESSMENT : 19 QUESTION CARRYING 8
PHY06(T-B) MARKS AND 4 OTHER
QUESTIONS FROM THE
REMAINING 7 QUESTIONS
EACH CARRYING 12
MARKS.
PHY05(P) FULL MARKS: 50 ONE EXPERIMENT TO BE
PHY06(P) END SEMESTER: 37 PERFORMED
INTERNAL ASSESSMENT: 13
3. The Practical Examination for II-IV semesters i.e. PHY02(P), PHY03(P) and
PHY04(P) will be of four hours duration and each student has to perform one
experiment in the examination. Practical Examination for V and VI semesters i.e.
PHY05(P) and PHY06(P) will be of six hours duration and each student has to
perform one experiment in the examination.
4. Internal Assessments: Internal Assessments in theory paper will be based on (i)
sessional test, (ii) assignments or any other method of evaluation such as study
tour/field trip, wherever possible.
5. Internal Assessments in practical paper will be based on (i) performance in the
laboratory work and (ii) number of practical completed during class hours.
6. Preferably SI system should be followed. However, in Nuclear Physics the relevant
units may also be followed.
7. One tutorial class per week to develop problem solving skill.
8. Error calculations to be used in experiments where ever applicable.
9. Questions to be set in proportion to the number of lectures assigned in the syllabus.
