Create a model of an electric circuit with adjustable resistance to illustrate how voltage, current, and resistance interact according to Ohm's law. ### Project overview - Design an interactive model depicting an electric circuit where users can adjust the resistance and observe changes in voltage and current. ### UI/UX design and flow - Provide a clean, user-friendly interface with visual representations of circuit elements using images, diagrams, or simple shapes. - Include intuitive controls like a slider for resistance, ranging from 1 to 100 ohms, clearly labeled. ### Core functionality and logic - Implement real-time calculations following Ohm’s law to update voltage and current values as resistance is adjusted by the user. - Display numeric values of voltage and current dynamically as users interact with the model. ### Best practices - Ensure the interface is responsive and accessible, making it easy for users of all skill levels to understand the circuit dynamics. - Design with performance in mind, ensuring calculations and updates occur without noticeable delay.

Model of Electric Circuit with Adjustable Resistance

Q: What specific properties of the electric circuit do you want to illustrate?
A: How voltage, current, and resistance interact according to Ohm’s law.

Q: How do you want the user to interact with the model?
A: Allow users to adjust resistor values and visualize the changes in current and voltage.

Q: What visual representation do you want for the circuit elements?
A: You might want images, diagrams, or simple shapes.

Q: Are there any specific numerical inputs or sliders you'd like to include for adjustments?
A: For example, a slider ranging from 1 to 100 ohms.