Nuclear Physics (P)

This course is taken by Priyanka mam.

₹849.00

This course includes 100% syllabus coverage of Nuclear physics and topic-wise assignments.

Course instructor: Priyanka Mam

Validity : 4 Months from the date of purchase.

Nuclear Physics

L-1 | Introduction to Nuclear Physics | General properties

Video

01:02:36

L-1 | Introduction to Nuclear Physics | General properties

PDF

L-2 | General properties of nucleus | Binding energy

Video

00:56:20

L-2 | General properties of nucleus | Binding energy

PDF

L-3 | Binding energy curve | Nuclear fission and fusion | N Z curve

Video

01:22:03

L-4 | Q value | Threshold Kinetic energy

Video

01:21:43

L-4 | Q value | Threshold kinetic energy

PDF

L-5 | Liquid drop model

Video

01:05:22

L-5 | Liquid drop model

PDF

L-6 | Application of SEMF | Mirror nuclei | Columbic energy of nuclei

Video

01:20:28

L-6 | Application of SEMF | Mirror nuclei | Columbic energy of nuclei

PDF

L-7 | Q value of fissionable nuclei | Separation energy

Video

01:17:42

L-7 | Q value of fissionable nuclei | Separation energy

PDF

L-8 | Nuclear Shell Model

Video

01:24:10

L-8 | Nuclear Shell Model

PDF

L-9 | Magnetic moment and electric quadrupole moment of nucleus | Collective model

Video

01:37:22

L-9 | Magnetic moment and electric quadrupole moment of nucleus | Collective model

PDF

L-10 | Problems on collective model | Alpha decay

Video

01:15:33

L-10 | Problems on collective model | Alpha decay

PDF

L-11 | Beta Decay | Allowed and forbidden transitions

Video

01:41:27

L-11 | Beta Decay | Allowed and forbidden transitions

PDF

L-12 | Gamma decay

Video

01:16:38

L-12 | Gamma decay

PDF

L-13 | Radioactivity

Video

01:31:08

L-13 | Radioactivity

PDF

L-14 | Nuclear forces | Deutron

Video

01:29:25

L-14 | Nuclear forces | Deutron

PDF

Nuclear Physics Problem session 1

Video

01:00:26

Nuclear physics Problem session 1

PDF

Nuclear Problem session 2

Video

01:42:39

Nuclear Physics problem session 2

PDF

Particle Physics

L-1 | Introduction to particle physics | Types of interactions

Video

01:19:24

L-1 | Introduction to particle physics | Types of interactions

PDF

L-2 | Basic Parameter of elementary particles

Video

01:17:46

L-2 | Basic parameters of elementary particles

PDF

L-3 | Exact conservation laws in particle physics | Lepton | Baryonic number

Video

01:20:10

L-3 |Exact conservation laws | Leptonic and baryonic number

PDF

L-4 | Approximate conservation law | Isospin | Strangeness

Video

00:57:44

L-4 | Approximate conservation laws | Isospin and strangeness

PDF

L-5 | Hypercharge | Parity | Time reversal | Charge conjugation | CPT | Resonance particles

Video

01:21:47

L-5 | Hypercharge | Parity | Time reversal | Charge conjugation | CPT | Resonance particles

PDF

L-6 | Eightfold way | Quark model

Video

01:26:17

L-6 | Eightfold way | Quark model

PDF

L-7 | Quark model | Problems

Video

01:23:35

L-7 | Quark model | Problems

PDF

CSIR NET nuclear and particle physics solution 2020 2024

CSIR NET Nuclear physics solution 2020 2024

Video

02:12:14

Nuclear Physics (P)

Course Overview

Schedule of Classes

Course Curriculum

Nuclear Physics (P)

Nuclear Physics

L-1 | Introduction to Nuclear Physics | General properties

L-1 | Introduction to Nuclear Physics | General properties

L-2 | General properties of nucleus | Binding energy

L-2 | General properties of nucleus | Binding energy

L-3 | Binding energy curve | Nuclear fission and fusion | N Z curve

L-4 | Q value | Threshold Kinetic energy

L-4 | Q value | Threshold kinetic energy

L-5 | Liquid drop model

L-5 | Liquid drop model

L-6 | Application of SEMF | Mirror nuclei | Columbic energy of nuclei

L-6 | Application of SEMF | Mirror nuclei | Columbic energy of nuclei

L-7 | Q value of fissionable nuclei | Separation energy

L-7 | Q value of fissionable nuclei | Separation energy

L-8 | Nuclear Shell Model

L-8 | Nuclear Shell Model

L-9 | Magnetic moment and electric quadrupole moment of nucleus | Collective model

L-9 | Magnetic moment and electric quadrupole moment of nucleus | Collective model

L-10 | Problems on collective model | Alpha decay

L-10 | Problems on collective model | Alpha decay

L-11 | Beta Decay | Allowed and forbidden transitions

L-11 | Beta Decay | Allowed and forbidden transitions

L-12 | Gamma decay

L-12 | Gamma decay

L-13 | Radioactivity

L-13 | Radioactivity

L-14 | Nuclear forces | Deutron

L-14 | Nuclear forces | Deutron

Nuclear Physics Problem session 1

Nuclear physics Problem session 1

Nuclear Problem session 2

Nuclear Physics problem session 2

Particle Physics

L-1 | Introduction to particle physics | Types of interactions

L-1 | Introduction to particle physics | Types of interactions

L-2 | Basic Parameter of elementary particles

L-2 | Basic parameters of elementary particles

L-3 | Exact conservation laws in particle physics | Lepton | Baryonic number

L-3 |Exact conservation laws | Leptonic and baryonic number

L-4 | Approximate conservation law | Isospin | Strangeness

L-4 | Approximate conservation laws | Isospin and strangeness

L-5 | Hypercharge | Parity | Time reversal | Charge conjugation | CPT | Resonance particles

L-5 | Hypercharge | Parity | Time reversal | Charge conjugation | CPT | Resonance particles

L-6 | Eightfold way | Quark model

L-6 | Eightfold way | Quark model

L-7 | Quark model | Problems

L-7 | Quark model | Problems

CSIR NET nuclear and particle physics solution 2020 2024

CSIR NET Nuclear physics solution 2020 2024

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