What is the AI Physics Solver?

The AI Physics Solver is an AI-powered tool that solves physics problems with detailed step-by-step explanations and physical reasoning. It supports both text and image input, making it perfect for students, educators, and physics enthusiasts across all domains including mechanics, electricity & magnetism, thermodynamics, optics, waves, modern physics, relativity, and fluid mechanics.

What physics domains are supported?

We support 8+ physics domains: Mechanics (motion, forces, energy, momentum), Electricity & Magnetism (circuits, fields, electromagnetic induction), Thermodynamics (heat, entropy, gas laws), Optics (light, reflection, refraction, lenses), Waves (oscillations, sound, interference), Modern Physics (quantum mechanics, atomic structure), Relativity (special and general relativity), and Fluid Mechanics (flow, pressure, buoyancy). You can specify the category or let the AI auto-detect it.

What makes it different from a math solver?

Physics problems require more than just math—they need physical reasoning and understanding of natural laws. Our solver provides: physical principles applied, dimensional analysis for unit verification, physical interpretation of results, physics constants reference (g, c, h, etc.), formula library with descriptions, and assumptions made. Each solution includes substitution steps, units tracking, and physical meaning of the answer.

What input methods are supported?

We support two input methods: (1) Text Input - Type physics problems directly with quantities, units, and conditions, and (2) Image Upload - Upload photos of physics problems with diagrams, free-body diagrams, or circuit schematics (JPG, PNG, WebP up to 10MB). The AI analyzes images and extracts both text and visual information.

What are the different explanation levels?

We offer 3 explanation levels: (1) Final Answer - Quick answer with minimal explanation for fast results, (2) Step-by-Step - Detailed walkthrough with formulas, substitutions, calculations, and units (default), and (3) Conceptual - In-depth explanation of underlying physical principles, laws, and real-world applications for deeper understanding.

How does units preference work?

You can choose your preferred unit system: (1) SI Units - International System (meters, kilograms, seconds) - most common for academic physics, (2) Imperial Units - US customary (feet, pounds, seconds), or (3) Mixed Units - Flexible combination based on context. The solver automatically performs unit conversions and includes dimensional analysis to verify correctness.

What physics constants are available?

Our solver has access to all standard physics constants: g (gravitational acceleration), G (gravitational constant), c (speed of light), h (Planck constant), k_B (Boltzmann constant), N_A (Avogadro constant), R (gas constant), e (elementary charge), ε₀ (permittivity of free space), μ₀ (permeability of free space), and many more. Constants are automatically referenced when used in solutions.

Does it show formulas and equations used?

Yes! If you enable 'Include constants and equations' (default: on), every solution includes: a complete list of formulas used with names and descriptions, physics constants with symbols and values, step-by-step substitution of values into formulas, dimensional analysis to verify units, and references to physical laws and principles applied.

Can it solve problems with diagrams?

Absolutely! Upload images containing physics diagrams, free-body diagrams, circuit schematics, ray diagrams, or any visual physics problem. The AI analyzes the image, extracts relevant information, identifies given quantities, and solves the problem. This is especially useful for geometry-heavy problems in mechanics, optics, and circuits.

What languages are supported?

Solutions can be provided in 7+ languages: English, Spanish, French, Hindi, Arabic, Chinese, and Custom. This makes physics education accessible globally, allowing students to learn complex concepts in their native language while maintaining accurate physical and mathematical notation.

How accurate are the physics solutions?

Our AI Physics Solver uses AADDYY's AI with extensive physics knowledge. Solutions include dimensional analysis for automatic unit verification, physical interpretation to ensure answers make sense, alternative solution methods for cross-verification, and common mistakes highlighted. While highly accurate, always review solutions for learning purposes.

How much does it cost?

Physics problem solving costs just 0.02 credits (approximately $0.02) per request, whether you use text or image input. Our transparent pay-per-use pricing means no subscriptions or hidden fees—you only pay when you solve a problem. This makes advanced physics help accessible and affordable for students.

AI Physics Solver

AADDYY's AI Physics Solver provides step-by-step solutions for mechanics, electricity, thermodynamics, and more.

Solution

Enter a problem.

How it Works

Describe the problem

Enter a physics problem in natural language. Include given values, what you need to find, and any relevant conditions or constraints.

Review the solution

Get a structured solution with identified variables, applicable formulas, step-by-step calculations, and the final answer with units.

Understand the physics

Each step includes conceptual explanations of why certain principles and equations apply, building deeper understanding.

Use Cases

Mechanics and dynamics

Solve problems involving forces, motion, energy, momentum, and rotational dynamics with full free-body diagram explanations.

Thermodynamics

Work through heat transfer, entropy, gas laws, and thermodynamic cycle problems with detailed calculations.

Electricity and magnetism

Solve circuit analysis, electromagnetic field problems, and Faraday's law applications step by step.

Exam and test prep

Practice physics problems across all topics and check your solution approach against the AI's detailed breakdown.

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Questions.

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