Engineering

Engineering Mathematics II: Gauss Divergence Theorem

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Gauss Divergence Theorem | ENGINEERING MATHEMATICS II Engineering Mathematics II: Gauss Divergence Theorem Topic Information Topic: Gauss Divergence Theorem in Vector Calculus Course Code: SH 151 – ENGINEERING MATHEMATICS II Description: Comprehensive study material covering statement, proof, applications and solved problems of Gauss Divergence Theorem Prepared by: HPG sir Complete Study Material PDF 1. Introduction […]

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Numerical Methods Micro Syllabus (ENSH 202)

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Numerical Methods Micro Syllabus | Engineering Course Numerical Methods Micro Syllabus (ENSH 202) Marks Distribution Chapter Hours Marks 1: Solution of Non-Linear Equations 7 10 2: Solution of System of Linear Algebraic Equations 8 10 3: Interpolation 9 10 4: Numerical Differentiation and Integration 6 10 5: Solution of Ordinary Differential Equations 8 10 6:

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Engineering Physics Micro Syllabus & Question Pattern

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Engineering Physics I/II Syllabus | Advanced Responsive Engineering Physics Micro Syllabus Question Pattern Distribution Unit Long Questions(4 marks each) Short Questions(2 marks each) Very Short Questions(1 mark each) 1. Oscillation 1 1 0 2. Acoustics 1 0 0 3. Heat & Thermodynamics 1 1 1 4. Optics 4 0 1 5. Electrostatics 2 0 1

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Fluid Mechanics Micro Syllabus and Important Exam Questions

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Comprehensive Fluid Mechanics II/I Syllabus | Engineering Course Fluid Mechanics Micro Syllabus Marks Distribution Marks Allotment Theory Practical Total Sessional 40 – 40 Final 60 – 60 Total 100 25 125 Depth Codes C – Circuit D – Definition Dm – Demonstration Dr – Derivation Dw – Drawing E – Explanation I – Illustration N

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Lab 11 LCR Series Circuit Experiment | ENGINEERING

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LCR Series Circuit Lab Report | ENGINEERING PHYSICS LAB Lab 11: LCR Series Circuit Experiment Experiment Information Experiment: To plot the graph between frequency and current in LCR series circuit and hence determine the quality factor of the circuit Course Code: SH 151 – ENGINEERING PHYSICS LAB Description: Complete lab report covering theory, procedure, observations,

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Lab 10 Determine the focal length| ENGINEERING

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Capacitance Measurement Lab | ENGINEERING PHYSICS Lab 10: Capacitance Measurement by Charging/Discharging Method Lab Report Information Experiment: To determine the capacitance of the given capacitor by the method of charging and discharging through resistor Course Code: SH 151 – ENGINEERING PHYSICS LAB Description: Complete lab report including theory, apparatus, procedure, observations, calculations, results, and precautions

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Lab 8 Determine the focal length| ENGINEERING

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Lab: Focal Length of Lens Combination | ENGINEERING PHYSICS Lab:8 To determine the focal length of two lenses when they are separated by some finite distance Lab Report Information Experiment:To determine the focal length of two lenses when they are separated by some finite distance Course Code: SH 151 – ENGINEERING PHYSICS Description: Complete lab

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Lab 7 LASER Wavelength and Particle Size Measurement by Lee’s Method | ENGINEERING

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LASER Wavelength Experiment | ENGINEERING PHYSICS LAB Lab 7: LASER Wavelength and Particle Size Measurement Document Information Experiment: 7. To determine the wavelength of LASER light using diffraction grating and hence determine the particle size of lycopodium powder Course Code: SH 151 – ENGINEERING PHYSICS LAB Description: Complete lab report containing theory, apparatus, procedure, observations,

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Lab 5 Newton’s Rings Experiment by Lee’s Method | ENGINEERING

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Newton’s Rings Experiment | ENGINEERING PHYSICS LAB Lab 5: Newton’s Rings Experiment Document Information Experiment: 5. To determine the wavelength of the sodium light using Newton’s rings Course Code: SH 151 – ENGINEERING PHYSICS LAB Description: Complete lab report including theory, apparatus, procedure, observations, calculations, results and precautions for Newton’s rings experiment to determine sodium

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Lab 3 Thermal Conductivity by Lee’s Method | ENGINEERING PHYSICS

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Thermal Conductivity by Lee’s Method | ENGINEERING PHYSICS LAB Lab 3: Thermal Conductivity by Lee’s Method Document Information Experiment: To determine the coefficient of thermal conductivity of a bad conductor by Lee’s method Course Code: SH 151 – ENGINEERING PHYSICS LAB Description: Complete lab report including theoretical background, experimental setup, detailed procedure, observations, calculations, results,

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