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Science

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Course Requirements

To be eligible for admission to a 3-year Bachelor of Science (B.sc) degree program in colleges affiliated with Sant Gadge Baba Amravati University, a student typically needs to have successfully completed their Higher Secondary Certificate (HSC) in either the science or Science field and maintained a consistent academic record throughout their educational career.

Course Description

By the successful completion of the Course, the student will be all set to face the exam with confidence and with proper preparation of the course, student can ace the results.

Course Outcomes

1. Understand the phenomenon of Interference of light and its formation in thin films, Newton’s rings and Michelson interferometer (division of amplitude.)

2. Distinguish between Fresnel and Fraunhoffer diffraction and observe the diffraction patterns in case of double slit and diffraction grating.

3. Describe the construction and working of zone plate and compare the zone plate with convex lens.

4. Explain various methods of production of plane, circularly and elliptically polarized light and their detection.

5. Comprehend the basic principle of LASER, the working of He-Ne laser and Ruby laser and their applications in various fields.

6. Understand the parameters of fiber-optics and explore their applications.

7. Understand the kinematics of moving fluid by different theorems and Laws.

8. Gain Knowledge about different applications of transistor by operational amplifier and oscillator circuits.

Course Curriculum

1 SYLLABUS


1 1 intro
13 Min


2 8 newtons ring part 1
Preview 22 Min


3 stokes statement
19 Min


4 3 interference due to reflactionpart 1
15 Min


5 part2
27 Min


6 interference due to refractionpart1
9 Min


7 6 interfernce due to refraction part 2
17 Min


8 wedge shape film part 1
12 Min


9 Newtons ring part2
22 Min


10 10 Michalson interferometer
13 Min


1 UNIT 2 1 Fresnel, Fraunhofer diffraction
21 Min


2 UNIT 2 2 difference between zone plate and convex lens
10 Min


3 UNIT 2 3 fraunhofer difraction at double slit
24 Min


4 UNIT 2 4 theory of transmisson grating,elementry theory of grating
13 Min


5 UNIT 2 5 determination of wavelength of light by greting
10 Min


6 UNIT 2 6 palarization
20 Min


7 UNIT 2 7 production and detation of circularly,eleptically polarized lighht
23 Min


1 UNIT 3 1 LASER basic
19 Min


2 UNIT 3 2 MESER ,LASER charecteristics
11 Min


3 UNIT 3 3 three leval,four leval LASER system
12 Min


4 UNIT 3 4 ruby laser
16 Min


5 UNIT 3 5 He Ne LASER
17 Min


6 UNIT 3 6 application of laser
7 Min


7 UNIT 3 7 fiber optics working structure types
11 Min


8 UNIT 3 8 graded index fiber,total internal reflaction
11 Min


1 UNIT 5 1op amp intro ,symbol,circuit symbol,equivalent circuit of op amp
11 Min


2 UNIT 5 2 difference amplifier
13 Min


3 UNIT 5 3 op block digram, parameters,characteristics
26 Min


4 UNIT 5 4 pin digram,vertual ground
14 Min


5 UNIT 5 5 applications of op amp op as an inverting
13 Min


6 UNIT 5 6 adder
13 Min


7 UNIT 5 8 integrator
9 Min


8 UNIT 5 9 differentiator
7 Min


9 UNIT 5 10 non inverting
10 Min


1. UNIT 1
2. UNIT 2
3. UNIT 3
4. UNIT 4
5. UNIT 5
6. UNIT 6

Teacher

AISHWARYA DESHMUKH MADAM

Subject Physics

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7 Students
4 Courses

Subject Physics

Qualification MSc physics, NET PHYSICS, BEd.

Experience 4 years

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S2404 - B.SC 2 SEMESTER 4 PHYSICS

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