1

Introduction

2

Nuclide; Einstein’s Mass Energy Equivalence

3

Nuclear Binding Energy per Nucleon

4

Nuclear Force; Radioactivity

5

Experiment of Radioactive; Radioactive Nuclides; Radioactive Decay

6

Law of Radioactive Decay; Generalised Expression for Law of Radioactive Decay

7

Decay Rate; Mean Life of Radioactive Sample

8

Alpha Decay; Beta Decay

9

Gamma Decay; Comparison between Alpha, Beta and Gamma Decay

10

Nuclear Energy; Types of Nuclear Fission Reactions

11

Nuclear Reactor – Part 1

12

Nuclear Reactor – Part 2

1

Introduction

2

Classification of Metals, Conductors and Semiconductors – On the Basis of Conductivity

3

Classification of Metals, Conductors and Semiconductors – On the Basis of Energy Bands – Part 1

4

Classification of Metals, Conductors and Semiconductors – On the Basis of Energy Bands – Part 2; Intrinsic Semiconductor

5

P-n Junction – Part 1

6

P-n Junction – Part 2

7

Intrinsic and Extrinsic Semiconductors

8

n – type Semiconductor; P- type Semiconductor

9

Energy Band Diagram of n – type Semiconductor & P – type Semiconductor; Semiconductor Diode

10

Semiconductor Diode – Forward Bias

11

Semiconductor Diode – Reverse Bias

12

V-I Characteristics of Diode; Half Wave Rectifier; Full Wave Rectifier

13

Filters; Zener Diode – Part 1

14

Zener Diode – Part 2

15

Zener Diode as a Voltage Regulator

16

Opto Electronic Devices – Part 1

17

Opto Electronic Devices – Part 2

18

Opto Electronic Devices – Part 3; Digital Electronics

19

Logic Gates