PhysicsGPT: Your AI-Powered Physics Question Solver
Solve physics homework and numerical problems with confidence. Get clear, step-by-step calculations and formula explanations for school assignments, competitive exams, and self-study.
With PhysicsGPT, solving physics problems becomes much more manageable. Our solver breaks down complicated formulas, motion curves, and energy equations into clear, readable steps so you can see exactly how the problem is solved.
Stuck on a tricky homework numerical or preparing for a test? PhysicsGPT is free to use for high school students, engineering undergraduates, and curious learners worldwide.
Instead of just giving you a final answer, PhysicsGPT shows the formula used, the numbers substituted with proper SI units, and the reasoning behind each step.
How to Solve with PhysicsGPT
Three simple steps to derive accurate physics solutions in seconds.
Input Physics Problem
Type your problem, paste a complex word problem, or attach a photo of your textbook numerical diagram.
Choose Solution Depth
Select between rapid numerical checking or comprehensive step-by-step conceptual derivation with KaTeX math rendering.
Get Clear Step-by-Step Steps
PhysicsGPT finds the right formula, shows the exact numbers substituted with units, and provides a complete, easy-to-read explanation.
Mastering Physics Concepts
PhysicsGPT is not just an arithmetic calculator; it is an analytical reasoning engine engineered to help you understand the fundamental laws of nature.
- Free-Body Force Diagrams & Vector Decomposition Analysis.
- Calculus-based derivations for non-uniform acceleration and fields.
- Dimensional consistency checks and automated SI unit conversions.
Based on standard university and high school physics curricula, PhysicsGPT helps students understand why a specific formula applies over alternatives in different problem contexts.
Comprehensive Subject Coverage
Global Accuracy & Academic Integrity
PhysicsGPT achieves a 98.7% accuracy rate in identifying physical constants, applying vector algebra, and solving multi-step symbolic equations.
Two Purpose-Built Solving Modes
Tailor your learning journey for fast exam checks or deep conceptual mastery.
Short Answer Mode
Delivers direct formula identification, variable substitution, and the final unit result without lengthy narrative. Ideal for rapid assignment verification and quick calculations.
Deep Step-by-Step Mode
Our comprehensive tutorial mode. Unpacks the governing principles, details sign conventions, derives intermediate equations with KaTeX formulas, and verifies dimensional consistency.
Master Core Physics Topics with Our In-Depth Guides
Explore peer-reviewed educational articles on Kinematics Derivations, Thermodynamics Laws, Carnot Efficiency, and solved step-by-step physics numericals.
Frequently Asked Questions
Everything you need to know about using PhysicsGPT effectively.
What types of Physics problems can PhysicsGPT solve?
PhysicsGPT covers all major branches of physics including Classical Mechanics (kinematics, dynamics, work-energy), Thermodynamics, Electromagnetism, Wave Optics, Quantum Physics, Relativity, and Fluid Dynamics. It handles numerical problem-solving, theoretical proofs, and dimensional unit conversions.
How accurate are the step-by-step solutions?
PhysicsGPT utilizes state-of-the-art AI reasoning models calibrated on verified academic physics datasets. It achieves high precision in symbolic mathematics and unit consistency. For critical examinations or lab research, cross-checking intermediate steps is recommended.
Can I upload a picture of a physics question or diagram?
Yes! Use the photo upload option to attach a clear image, diagram, or handwritten note. The vision engine parses the variables and physical setup to generate a complete step-by-step solution.
What is the difference between Short and Deep explanation modes?
Short Answer Mode provides instant formula lookup, direct numerical substitution, and the final unit result—ideal for rapid homework verification. Deep Explanation Mode provides a complete pedagogical walkthrough, explaining every assumption, vector component, and physical law involved.
Ready to Master Your Physics Homework?
Join thousands of students and educators learning physics with precision—free, forever.