======Glowing Pickle====== **Materials: **{{$demo.materials_description}}\\ **Difficulty: **{{$demo.difficulty_description}}\\ **Safety: **{{$demo.safety_description}}\\ \\ **Categories:** {{$demo.categories}} \\ **Alternative titles:** Electric Pickle ====Summary==== {{$demo.summary}} ====Procedure==== - Place a pickle on an insulating surface such as a glass jar. - Insert two metal nails or forks into opposite ends of the pickle, ensuring they do not touch. - Attach the exposed ends of a lamp cord to the electrodes (using wire wrapping or alligator clips). - Plug the lamp cord into a variac or into a power strip (in the “off” position), which is connected to an electrical outlet. - Turn on the power strip or variac. - Observe as the pickle drips, smokes, and glows—usually yellow from sodium emission. - Turn off and unplug the setup before handling the pickle. ====Links==== Electric Pickle - Cool Science Experiment - Sick Science!: {{youtube>QZieGLO9_ks?}}\\ The Glowing Pickle - Manitoba Museum: {{youtube>f03WQHm2jSQ?}}\\ 📄 Glowing Pickle or Electric Pickle Experiment - Science Notes: [[https://sciencenotes.org/glowing-pickle-or-electric-pickle-experiment/]]\\ ====Variations==== None ====Safety Precautions==== * This is an “adults only” experiment—never allow children to handle the electrical setup. * Only teachers trained in the handling of mains power should perform the experiment. * Use a power strip with a switch for safe shut-off. * Do not touch the pickle or electrodes while power is on. * Perform in a well-ventilated area due to possible smoke and gas release. * Never eat the pickle after electrifying it. ====Questions to Consider==== * Why does the pickle glow yellow? (Excited sodium ions emit photons at a characteristic yellow wavelength.) * What role do the electrodes play? (They conduct electricity into the pickle, enabling electrolysis and ion excitation.) * Why can electricity pass through the pickle? (Saltwater brine conducts electricity due to dissolved ions.) * How is this similar to a flame test in chemistry? (Both reveal element-specific emission spectra.) * What modern technology is this experiment related to? (Organic light-emitting diodes, or OLEDs, used in displays.)