Applied Physics for First Year Engineering Notes PDF Free Download

Applied Physics for First-Year Engineering Notes: Candidates pursuing their first year in Engineering can avail of the Applied Physics for First-Year Engineering PDF notes and study materials from this article. Students can avail and access the best notes and study materials for their preparation process of the essential topics and concepts on Applied Physics.

The Applied Physics for First-Year Engineering PDF study resources are the principal study tools that foster better preparation and help students score better grades in Applied Physics subject. Students can avail of the Applied Physics for First-Year Engineering PDF Lecture Notes as per the latest and updated curriculum from this article.

Applied Physics for First-Year Engineering PDF Notes give graduates a major advantage as they acquire the latest and up-to-date Syllabus, Important Questions, and Reference Books on Applied Physics over regular notes. The first year B.E students can avail the Applied Physics for First-Year Engineering PDF free download Notes and Study Material in this article and expertise their preparation approaches and strategy accordingly.

Introduction to Applied Physics for First Year Engineering Notes

Applied Physics is an advanced stream devoted to the study and comprehension of Nature. Applied Physics is a fundamental science stream that deals with the evolution, Properties, and Constituents of the Universe inclusive of the smallest particles to the largest galaxies.

For example, Medical Physicists measure and calculate the radiation doses given to patients using radiation therapy in the various wings of the hospitals. Researchers prove that the improvement in the dosimetry for the treatment of cancer patients is a part of an applied Physicist job.

With advancements and evolution in the field of Applied Physics, students can either pursue their Master’s or doctoral level of Education in the field of writing, Business, and Law. Others can find a career in the field of Applied Physics in Government, Industry, or Education.

B.E Applied Physics Notes and Study Material PDF Free Download

Candidates pursuing their First year Bachelors’s in Engineering (B.E) can avail of the Applied Physics for First-Year Engineering PDF Notes and Study Materials briefed in this article. Students can improvise your preparation with the ultimate tools that help them secure better marks.

Graduates can download the Applied Physics for First-Year Engineering PDF study materials and notes and read through them during their preparation process. The Applied Physics for First-Year Engineering PDF Notes and Study Materials acts as a vital reference source that will help you get a better comprehension of the concepts and change their score game.

Here, are a list of a few important notes for a thorough preparation of the applied Physics for First-Year Engineering PDF course programme-

  • Applied Physics for First-Year Engineering PDF
  • Applied Physics for First-Year Engineering PDF Notes
  • Applied Physics for First-Year Engineering PDF Handwritten Notes
  • Applied Physics for First-Year Engineering Practical File PDF
  • Applied Physics for First-Year Engineering Programme Question Paper PDFs
  • Applied Physics for First-Year Engineering PPT Notes PDF
  • Applied Physics for First-Year Engineering Lab Manual PDF

Applied Physics for First Year Engineering Reference Books

Books are an important source of detailed and well-researched information. Students should consult before choosing reference books that provide excellent conceptual background as per the subject experts’ recommendations.

Students can refer and read through the Applied Physics for First-Year Engineering Books and other Study Sources from this article during your preparation.

The list of best and highly recommended books for Applied Physics for First-Year Engineering preparation are as follows, and students must ensure to choose the book that meets their knowledge and prepare accordingly.

  • The Sixth Edition of Fundamentals of Physics by Resnick Halliday, and, Walker
  • The Third Edition of New Age International publishers by Pillai S. O
  • B.Sc. Practical Physics by C.L Arora
  • The Seventh Edition of A Textbook of Engineering Physics by Avadhanulu M. N. and P.G. Kshirsagar
  • The Seventh Edition of Introduction to Solid-state Physics by Charles Kittel and Wiley
  • Book on Practical Physics- New age international by R.K. Shukla and Anchal Srivastava
  • The Second Edition of Modern Physics by Kenneth Krane
  • Book on Electrical Engineering Materials by Dekkar A.J
  • The Second Edition of Laser Fundamentals by William T. Silfvast
  • The Second Edition of Solid-State Electronics by Streetman B. G.
  • Book on Applied Physics for Engineering by Dr. Bhavana Butey
  • Book on Applied Physics-Volume 1 by Manasi Karkare and Rajni Bahuguna
  • Applied Physics for First and Second Semester by D. Choudhuri

Applied Physics for First Year Engineering Updated Curriculum

An effective method to game up your preparation process is having an initial idea and overview of the Applied Physics Syllabus. Keeping in mind every student’s requirements and preparation process, we have provided a structured outline of the Applied Physics for First-Year Engineering updated curriculum.

The Updated course curriculum will give students a clear overview of what to study and how to study. The unit-wise structure gives an outline of all the important topics under each unit so students can allot time to each topic accordingly.

First-year Engineering students should ensure to cover all the essential topics and concepts that fall under the subject before attempting the Applied Physics exam paper so that the paper is reasonably answerable at the time of the exam. Graduates must stay aware and updated with the Applied Physics For First Year Engineering Syllabus as it prevents you from squandering unnecessary time on redundant topics.

The updated unit-wise breakup of the Applied Physics for First-Year Engineering Syllabus is as follows-

Unit Topics
UNIT I

Electrostatics

  • Laplace and Poisson’s equations and applications in Electrostatics
  • Boundary Value Problems and Boundary Conditions in Electrostatics
  • Energy stored in Continuous and Discrete System of Charges
  • Method of Electrical Images and their Applications
  •  The Uniqueness Theorem
UNIT II

Wave Optics

  • Newton’s Ring
  • Rayleigh’s Criterion of the Resolution
  • Formation Methods of Coherent Sources
  • Displacement of Fringes
  • The Resolving Power of Grating
  • Fresnel’s Biprism
  • Fraunhofer Diffraction at Single Slit and Grating
  • Theory of Interference
  • Thin-film Interference
UNIT III

Optical Activity and Modern Optics

  • Optical activity
  • Material Dispersion
  • Pulse Dispersion in Step-index Fiber
  • He-Ne laser, Nd-YAG laser, and their Applications
  • Nicol Prism
  • Dispersion in Optical Fibers
  • Einstein’s Coefficients
  • Double Refraction and Production of Plane-Polarized light by Reflection
  • Waveguide Dispersion
  • Components of Laser
  • Laurentz and Biquartz’s Polarimeter
  •  Intramodal and Intermodal Dispersion
  • Principle of Fiber Optics
  • Attenuation
  • Fresnel’s Theory
  • Numerical Aperture
UNIT-IV

Properties of Matter and Relativistic Mechanics

  • Einstein’s Postulates
  • Relativistic Kinetic Energy
  • Viscosity
  • Michelson-Morley Experiment and Implications
  • Energy Mass Relation
  • Frame of Reference
  • Lorentz Transformation Equations and their Consequences
  • Galilean Transformation Equations
  • Poiseulli’s Equation
UNIT V

Quantum Physics

  • Basic Postulates of Quantum Mechanics
  • Heisenberg’s Uncertainty Principle devoid of derivation and its Applications to Non-existence of Electron in Nucleus and Bohr’s Radius
  • Heisenberg’s Uncertainty Principle devoid of derivation and its applications to Non-existence of Electron in Nucleus and Bohr’s Radius
  • Compton effect
  • Schrodinger’s Equation and its Application to the particle in finite well and 1-D box
  • Wave Function and its Physical Admissibility
  • Orthogonality and Normalisation of Wave Functions

List of Applied Physics for First Year Engineering Important Questions

Candidates pursuing their First Year’s Bachelors in Engineering (B.E) can go through the list of all the important questions for the Applied Physics subject matter. All the given review questions mentioned below aim to help the candidates to excel in the Applied Physics examination.

  1. State Curie’s Law of Ferromagnetism.
  2. Demonstrate the expression for Internal Fields in Solids.
  3. Define Polarisation of Light with examples.
  4. Demonstrate Edge and Screw dislocations and write a short note on the importance of Burger’s Vector.
  5. Describe the working model and construction methods of Ruby laser or He-Ne laser.
  6. Explain the Optical Fiber Communication Link with a neat-labelled block diagram.
  7. Elucidate the types of Polarizations in Dielectrics.
  8. Discuss Maxwell equations of electromagnetism and demonstrate any one of them in integral form.
  9. Write a short note on the properties of Laser.
  10. Solve the Equation- Calculate the Conductivity, If the hole densities and electron are each equal to 3 x 1013 per cm square.
  11. Define Double Refraction. Cite the examples of Extraordinary and Ordinary Rays.
  12. Write a short note on the Applications of Laser.
  13. Elucidate on Scanning Electron Microscopy.
  14. Solve the Numerical- Calculate the Flux Density and magnetisation of the material of a Paramagnetic material with a magnetic field intensity of 104 A/m. The assumption of the Susceptibility of the material at room temperature is 3.7×10-3.
  15. Write a short note on the following segments-
    i) Multimode Optical Fiber
    ii) Single-Mode Optical Fiber
    iii) Step-Index Optical Fiber
    iv) Graded Index Optical Fiber

FAQs on Applied Physics for First Year Engineering PDF

Question 1.
Define Applied Physics with an example.

Answer:
Applied Physics is an application that bridges the gap between Physics and Engineering.

The subject deals with physical theories to solve problems. Applied physicists use theoretical knowledge of the properties of physical bodies to achieve a particular technology.

For example, Medical Physicists measure and calculate the radiation doses given to patients using radiation therapy in the various wings of the hospitals.

Question 2.
Do Applied physicists and Engineers hold any Difference?

Answer:
There is no sharp distinction between Engineers and Applied Physicists, but they are two different career fields. Engineering focuses on the implementation of technologies and devices, while Applied Physics focuses on the apprehension of Nature. Applied Physicists apprehend new phenomena and explore their uses and applications.

Question 3.
State a few important reference books on Applied Physics for First-Year Engineering.

Answer:

  • The Seventh Edition of A Textbook of Engineering Physics by Avadhanulu M. N. and P.G. Kshirsagar
  • The Seventh Edition of Introduction to Solid-state Physics by Charles Kittel and Wiley
  • Book on Practical Physics- New age international by R.K. Shukla and Anchal Srivastava
  • The Second Edition of Modern Physics by Kenneth Krane
  • Book on Electrical Engineering Materials by Dekkar A.J

Question 4.
Give a numerical on Applied Physics.

Answer:
Solve the Numerical- Calculate the Flux Density and magnetisation of the material of a Paramagnetic material with a magnetic field intensity of 104 A/m. The assumption of the Susceptibility of the material at room temperature is 3.7×10-3.

Conclusion

The article on Applied Physics for First-Year Engineering PDF is a credible source that provides reliable and accurate information. The article also provides reference Books, Important questions, and Study Materials that aim to assist and strengthen student’s knowledge and comprehension of Applied Physics during preparations and at the time of examination. Students can access and download the PDFs on Applied Physics for First-Year Engineering PDF Notes, Study Materials, Books, and Important Questions from this article.