Ampere vs CloudLabs Parallel circuit

Explore plasma physics through interactive simulations and transparent educational calculators. SIMULATE PLASMA PHENOMENA • Guide animated plasma-globe filaments • Explore a Paschen-law glow-discharge model • Drive a 13.56 MHz RF reactor solved by a global discharge model • Adjust an illustrative tokamak control visualization CALCULATE CORE PARAMETERS • Debye shielding length • Electron plasma frequency • Paschen breakdown voltage • Synthetic planar Langmuir-probe response • Lossless 13.56 MHz RF L-network matching • Bohdansky physical sputter-yield estimates Ampere works offline and requires no account or purchase. Every advanced model states its assumptions and limitations. Results are intended for education and first-pass exploration, not professional engineering or safety decisions.

In this simulator, Ohm's law must be used to find the value of two resistors connected in parallel, whose colored bands have been erased. For the development of this practice, the current and voltage that circulate in the circuit must be measured. The laboratory has a voltage source, a breadboard, a multimeter, resistors and connection cables.