Physics Problem Solver
Solve any physics problem instantly. Upload a photo, draw a diagram, or type your question - get detailed solutions in seconds.
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Step-by-Step Solution
Master Mechanics Instantly — Kinematics and Dynamics Solved
Stop wrestling with complex mechanics problems! Our AI solver breaks down any kinematics or dynamics question in seconds. Upload photos, draw free-body diagrams, or type problems — get step-by-step solutions that clarify the core principles.
- Kinematics: Solves for displacement, velocity, acceleration, and time. Handles 1D and 2D projectile motion, providing clear application of kinematic equations for constant acceleration.
- Newton's Laws of Motion: Automatically identifies forces, constructs free-body diagrams, and applies Newton's Second Law ($F=ma$). Explains concepts like inertia, net force, and action-reaction pairs.
- Friction and Inclined Planes: Calculates static and kinetic friction. Decomposes forces on inclined planes, solving for acceleration, normal force, and tension with detailed vector analysis.
- Circular Motion: Determines centripetal acceleration and force. Analyzes uniform circular motion, explaining the physics of orbital mechanics and banked curves.
Energy and Electromagnetism Simplified — Circuits and Fields Explained
Complex energy conservation and electromagnetism problems become clear. Our calculator handles work-energy theorems, circuit analysis, and field theory with detailed explanations that make abstract concepts tangible.
- Work and Energy: Applies the work-energy theorem and conservation of energy. Solves for kinetic, potential, and mechanical energy, explaining the relationship between work, power, and energy transfer.
- Electric Circuits: Solves for current, voltage, and resistance in series and parallel circuits using Ohm's Law and Kirchhoff's Rules. Analyzes complex resistor and capacitor networks.
- Electric and Magnetic Fields: Calculates forces on charges in electric and magnetic fields. Explains Coulomb's Law, field lines, and the Lorentz force with clear right-hand rule applications.
- Momentum and Collisions: Analyzes elastic and inelastic collisions using the principle of conservation of momentum. Solves for final velocities and explains impulse-momentum theorem.
Advanced Topics Demystified — Thermodynamics and Optics
Tackle the most challenging physics topics with confidence. Our AI doesn't just calculate — it teaches you to understand the laws of thermodynamics, the behavior of waves, and the principles of optics that appear on advanced physics exams.
- Thermodynamics: Applies the First and Second Laws of Thermodynamics. Solves problems involving heat transfer, work done by a gas, and engine efficiency with clear explanations of entropy and enthalpy.
- Waves and Sound: Analyzes wave properties like frequency, wavelength, and speed. Explains the Doppler effect, superposition, and interference patterns for both transverse and longitudinal waves.
- Optics: Solves problems of reflection and refraction using Snell's Law. Determines image location and magnification for mirrors and lenses with ray tracing diagrams and the thin lens equation.
- Modern Physics: Introduces concepts of quantum mechanics and special relativity. Explains photoelectric effect, wave-particle duality, and time dilation with foundational equations and conceptual clarity.
Visual Problem Solving — Draw Diagrams and Get Solutions
A revolutionary feature lets you sketch diagrams directly on screen. Perfect for visual learners who think in terms of forces and fields. Our AI recognizes hand-drawn diagrams and provides instant analysis with clear, step-by-step calculations.
- Diagram Recognition: Our AI recognizes hand-drawn free-body diagrams, circuits, and optical systems. Sketch your problem setup and get an instant, accurate solution based on your drawing.
- Graph-Based Analysis: Interprets position-time, velocity-time, and acceleration-time graphs. Calculates slope and area under the curve to find key physical quantities.
- Visual Step-by-Step Guidance: Generates clear diagrams and graphs to illustrate each step of the solution. Visualizes force vectors, field lines, and ray tracing for better comprehension.
- Handwriting to Formula: Automatically converts handwritten variables and numbers into a structured problem statement. Perfect for students who prefer to work out problems by hand before typing.
Real Student Success Stories — Acing Physics Exams
"Physics I was a nightmare until I found this solver. The photo feature is incredible for my textbook's tricky dynamics problems. The step-by-step solutions for rotational motion saved my grade. A true lifesaver!"
"This tool is essential for AP Physics. I used the draw feature to sketch circuit diagrams, and it solved for the equivalent resistance instantly. The explanations for Gauss's Law are clearer than my textbook. Got a 5 on the exam!"
"I recommend this to all my introductory physics students. It helps them visualize forces and check their homework. The diagram recognition for free-body diagrams is impressively accurate and a great learning aid."
"Indispensable for the MCAT physics section. I practiced by taking photos of problems, and the instant, detailed feedback was crucial. The explanations for fluid dynamics and thermodynamics were particularly helpful."
"This has transformed my tutoring. When a student is stuck, they can draw the problem, and we review the AI's solution together. It's fantastic for explaining complex concepts like electromagnetism."
"The photo feature is a game-changer for my homework sets. I just snap a pic of a projectile motion problem and get a full breakdown. It helped me finally understand how to separate x and y components properly."
Physics Solver FAQ — Everything You Need to Know
Yes, it's completely free with no limits on the number of problems you can solve. Our goal is to make physics help accessible to every student, from high school to university level.
It covers a vast range of topics, including Kinematics, Dynamics, Work/Energy/Power, Momentum, Rotational Motion, Thermodynamics, Electromagnetism (circuits, fields), Optics, Waves, and introductory Modern Physics.
Our advanced AI recognizes hand-drawn diagrams like free-body diagrams and electrical circuits with over 95% accuracy. It works best with clear, standard symbols for forces, vectors, resistors, and batteries.
Our solutions are generated by highly accurate AI models trained on vast physics datasets. It's an excellent tool for studying and verifying your work, but we always recommend understanding the underlying principles yourself for critical exams.
The AI can interpret data from uploaded images of graphs (e.g., velocity-time graphs) and diagrams. It identifies relevant information, extracts data points, and uses them in the step-by-step solution process.
Absolutely. We have a zero data retention policy. All uploaded images, drawings, and typed problems are processed to generate a solution and then immediately deleted. Your work is never stored or reviewed.
It's perfect for AP Physics 1, 2, and C. The solver covers all major topics in the AP curriculum and provides explanations at a level that is ideal for exam preparation, helping you understand the concepts, not just get answers.
Yes. The AI is designed to break down multi-part problems (e.g., part a, b, c) and solve each component sequentially. It uses the result from one part as a given for the next, providing a complete, coherent solution.
Most standard problems are solved in 5-10 seconds. More complex problems, especially those involving diagram analysis from a photo or drawing, may take up to 20 seconds to generate a complete, step-by-step explanation.