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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

After going through the course, the student would be able to

7. Discuss the concept of scalars & vectors and their properties.

8. Develop an understanding of Gauss law and its applications to obtain electric filed in different cases.

9. Formulate the relationship between electric displacement vector, electric polarization and dielectric constant.

10. Distinguish between the magnetic effect of electric current, electromagnetic induction and the related laws in appropriate circumstances.

11. Simplify electrical circuits by applying various network theorems.

Course Curriculum

1 SYLLABUS


1 1 cross product dot product
Preview 20 Min


2 line surface volume integral
14 Min


3 gradient, divergence
28 Min


4 curl
17 Min


5 stokes theorem
20 Min


6 gausses divergence thm
16 Min


1 intro electrostaic field electric field
25 Min


2 1 INTRO
5 Min


3 gausses thm appication electric field due to point charge
22 Min


4 electric field due to charged stright conductor, hollow sphere
26 Min


5 solid sphere
21 Min


6 electric potential , due to point charge
18 Min


7 line integral of electric field, relation between electric field and electric potential
15 Min


8 electric dipole, moment, short dipole
27 Min


1 parallel plate condensor without dielectric
18 Min


2 with dielectric
18 Min


3 spherical and cylindrical
23 Min


4 energy of charged condensor
23 Min


5 dielectric medium,polarization
24 Min


6 gauss,s theorem in free spsce, in dielectrc
28 Min


7 parallel plate completly filled with dielectric
31 Min


8 types of capacitor,colour code
19 Min


9 1 capacitor,isolated spherical conductor
15 Min


1 intro, Biot Savart's law
20 Min


2 Applications of biot savarts law stright conductor ,circular coil
35 Min


3 at a point on the axis of coil
24 Min


4 long solenoid
33 Min


5 ampers circutal law
19 Min


6 divergence of magnetic field
18 Min


7 curl of magnetic fild, faradays law, integral form,divergence form
31 Min


8 self mutual inductance,energy
14 Min


1 intro basic definations
13 Min


2 sign convension
16 Min


3 series combination
10 Min


4 parallel combination
13 Min


5 series parallel circuit
14 Min


6 wheatstone Bridge
17 Min


7 superposition theorem
7 Min


8 thevinin theorem
15 Min


9 norton theorem
6 Min


10 norton theorem
14 Min


11 maximum power transfer theorem
11 Min


12 milliman theorem
8 Min


13 types and symbol of resistor
10 Min


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

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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S1206 - B.SC 1 SEMESTER 2 PHYSICS

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