Harikrishnanpu1

$23.04

A complete bundle of 12 computational physics experiments with aim, theory, flowcharts, algorithms, program code, input-output. Covers methods like Bisection, Newton-Raphson, Runge-Kutta, Gauss Elimination, Simpson's rule, Radioactivity, Projectile motion, cyclotron, Electric field, Monte-Carlo method & more—perfect for students & exam preparation.

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• 12 items •
by harikrishnanpu1 •
uploaded 2025

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Standing Wave | Physics Lab Practical in C++ | Algorithm, Code & Output

Simulation of Standing Waves using Cplusplus. Includes theoretical explanation, derivation, algorithm, flowchart, program code, and results. Beneficial for Physics undergraduates, Computational Physics, and lab assignments.

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Other
• 8 pages •
by harikrishnanpu1 •
uploaded 2025

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Motion of a Spherical Body in Viscous Medium | Physics Lab Practical in C++ | Algorithm, Code & Output

Complete lab practical on motion of a spherical body through viscous medium using C++. Includes aim, theory (Stokes’ law, viscosity), algorithm, flow chart, program, two sets of inputs and outputs. Best for Physics and Engineering Mechanics students.

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Other
• 9 pages •
by harikrishnanpu1 •
uploaded 2025

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Simpson’s 1/3rd Rule | Numerical Integration Lab Practical in C++ | Algorithm, Code & Output

Document includes Simpson’s 1/3rd Rule for numerical integration in C++. Contains theory, algorithm, flow chart, code, and two sets of inputs and outputs. Essential for Physics and Engineering Numerical Methods courses.

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Other
• 6 pages •
by harikrishnanpu1 •
uploaded 2025

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Runge-Kutta Method | Differential Equations Lab Practical in C++ | Algorithm, Code & Output

Detailed practical on solving differential equations using Runge-Kutta Method in C++. Includes aim, theory, algorithm, flow chart, code, and two sets of inputs and outputs. Perfect for Computational Physics, Numerical Methods, and Engineering students.

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Other
• 8 pages •
by harikrishnanpu1 •
uploaded 2025

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Rectangular Rule for Numerical Integration | Lab Practical in C++ | Algorithm, Code & Output

Practical implementation of Numerical Integration using Rectangular Rule in C++. Includes theory behind it, algorithm, flowchart, program code, and two sets of inputs and outputs. Ideal for Numerical Methods and computational Physics or engineering students.

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Other
• 6 pages •
by harikrishnanpu1 •
uploaded 2025

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Radioactivity Simulation | Physics Lab Practical in C++ | Algorithm, Code & Output

C++ program to study Radioactivity decay law with theory, algorithm, flow chart, program code, and two sets of results. Suitable for Physics students in Nuclear Physics, Computational Physics, and lab work.

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Other
• 20 pages •
by harikrishnanpu1 •
uploaded 2025

i x

Projectile Motion | Physics Simulation Lab Practical in C++ | Algorithm, Code & Output

Simulation of Projectile Motion using C++. Covers aim, physics theory, algorithm, flow chart, C++ code, and two sets of inputs and outputs. Helpful for Physics and Engineering students learning mechanics.

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Other
• 34 pages •
by harikrishnanpu1 •
uploaded 2025

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Monte Carlo Method | Numerical Simulation Lab Practical in C++ | Algorithm, Code & Output

Monte Carlo Method simulation in C++ with theory, algorithm, code, flow chart, two sets of inputs and outputs. Useful for Numerical Methods, Probability simulations, and Physics/Engineering labs.

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Other
• 7 pages •
by harikrishnanpu1 •
uploaded 2025

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Gauss Elimination Method | Numerical Methods in C++ | Algorithm, Code & Output

This file explains Gauss Elimination Method in C++. Covers theory, algorithm, program code, and results for solving linear equations numerically. Useful for students of Numerical Methods, Physics, and Engineering courses.

Package deal
Other
• 12 pages •
by harikrishnanpu1 •
uploaded 2025