1 |
Prof. Rajesh Shukla |
Electric field of a spherical shell |
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2 |
Prof. Rajesh Shukla |
Electric field due to an infite charge |
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3 |
Prof. Rajesh hukla |
Force and field due to a uniformly charged sphere. |
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4 |
Prof. Rajesh Shukla |
Force and torque on a dipole |
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5 |
Prof. Rajesh Shukla |
Line integral of an electric field |
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6 |
Prof. Rajesh Shukla |
Force on the surface of a charged conductor |
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7 |
Prof. Rajesh Shukla |
Electric Field due to charged cylindrical conductor |
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8 |
Prof. Rajesh Shukla |
Force on the surface of a charged conductor |
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9 |
Prof. Rajesh Shukla |
Electric field due to a uniformly charged sphere |
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10 |
Prof. Rajesh Shukla |
Electric Field Due to an infinite sheet of charge. |
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11 |
Prof. Rajesh Shukla |
The Electric field of a charged conductor |
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12 |
Prof. Rajesh Shukla |
Expression for the potential energy of a condeser. |
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13 |
Prof. Rajesh Shukla |
Relationship between the electric field and electric potential. |
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14 |
Prof. Rajesh Shukla |
Conservative nature of electrostatic field |
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15 |
Prof. Rajesh Shukla |
Electrostatic Potential Energy |
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16 |
Prof. Rajesh Shukla |
Electrostatic Energy |
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17 |
Prof. Rajesh Shukla |
Gauss Law in Differentiation form |
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18 |
Prof. Rajesh Shukla |
Electric Field |
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19 |
Prof. Rajesh Shukla |
Electrostatic Energy of a uniformly charged sphere. |
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20 |
Prof. Rajesh Shukla |
Gauss Law |
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21 |
Prof. Rajesh Shukla |
Electric Flux |
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22 |
Prof. Rajesh Shukla |
Electric filed due to an infinite sheet of charge |
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23 |
Prof. A.K. Singh |
Number System |
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24 |
Prof. A.K. Singh |
Arithmetic Circuits |
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25 |
Prof. A.K. Singh |
pn junction characteristics |
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26 |
Prof. A.K. Singh |
Specia; Diodes |
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27 |
Prof. Rajesh Shukla |
Refractive Index of a Fiber |
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28 |
Prof. Rajesh Shukla |
Normalized Frequency |
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29 |
Prof. Rajesh Shukla |
Numerical on V number and number in Optical Modes |
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30 |
Prof. Rajesh Shukla |
Solved Problems on Critical angle_NA_Acceptance Angle |
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31 |
Prof. Rajesh Shukla |
Numerical Aperture of an Optical Fiber |
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32 |
Prof. Rajesh Shukla |
Total Internal Reflection |
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33 |
Prof. Rajesh Shukla |
Relationship Between V and number of modes (M( in a fiber |
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34 |
Prof. Rajesh Shukla |
Intersymbol Interference |
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35 |
Prof. Rajesh Shukla |
Type of Fibers |
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36 |
Prof. Rajesh Shukla |
Pulse Dispersion in Step-Index Fiber |
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37 |
Dr. Vinod Kumar |
Alpha Decay |
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38 |
Prof. Manisha Gupta |
BCS Theory |
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39 |
Prof. Manisha Gupta |
GL Theory, Coherence Leangth |
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40 |
Prof. Manisha Gupta |
London equation |
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41 |
Prof. Manisha Gupta |
Meissner effect |
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42 |
Prof. Manisha Gupta |
Concept of Superconductivity Part-2 |
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43 |
Prof. Manisha Gupta |
Concept of Superconductivity Part-1 |
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44 |
Prof. N.K. Pandey |
Doppler Line Broadening Mechanism |
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45 |
Prof. N.K. Pandey |
Collision Line Broadening Mechanism |
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46 |
Prof. N.K. Pandey |
Natural or Lifetime Broadening Mechanism |
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