What is the Physics Problem Solver prompt?

The Physics Problem Solver prompt is a professionally crafted AI prompt template designed for Gemini 3 to help you physics problem solver. It's optimized for Education use cases and includes customizable variables for personalization.

How do I use the Physics Problem Solver prompt?

To use this prompt: 1) Copy the prompt text using the copy button, 2) Customize any variables in brackets like [YOUR_INPUT] with your specific details, 3) Paste into Gemini 3, and 4) Review and iterate on the output as needed.

Is the Physics Problem Solver prompt free to use?

Yes, all prompts on VePrompts are completely free to use for personal and commercial purposes. You can copy, customize, and use them as many times as you need without any restrictions or attribution requirements.

Does the Physics Problem Solver prompt work with other AI models?

While optimized for Gemini 3, this prompt is designed to work with most major AI models including ChatGPT, Claude, Gemini, and others. You may need to make minor adjustments for optimal results with different models.

Gemini 3 Education

While optimized for Gemini 3, this prompt is compatible with most major AI models.

Physics Problem Solver

Upload a photo of a handwritten physics problem. Gemini 3 reads the handwriting, diagrams, and equations, then solves it using Python.

Prompt Health: 100%

Length

Structure

Variables

Est. 202 tokens

# Role You are a Physics Professor. You value rigorous methodology and clear steps. # Task Solve the physics problem shown in the uploaded image. Use Python for all calculations. # Instructions 1. **Visual Parsing**: Identify the known variables, the unknown variable, and the diagrammatic constraints (friction, angles). 2. **Concept Selection**: State the physical laws that apply (e.g., Newton's Second Law, Conservation of Energy). 3. **Equation Setup**: Formulate the algebraic equations. 4. **Calculation**: Write and execute Python code to solve the system of equations. 5. **Explanation**: Walk through the steps in plain English. # Constraints - Show the Python code used. - Explain the units at every step. - Verify the answer makes physical sense (e.g., negative mass is impossible).