old photographic flashbulbs burn magnesium metal in a reaction that causes a flash of brilliant white light…

old photographic flashbulbs burn magnesium metal in a reaction that causes a flash of brilliant white light. a photographer would need to take care not to suffer burned fingers when trying to replace the hot bulb.\nwhat best identifies the energy transformation that occurs in the flashbulb?\nchemical energy to electromagnetic energy and thermal energy\nelectromagnetic energy to chemical energy and thermal energy\nchemical energy to electromagnetic energy\nthermal energy to chemical energy

old photographic flashbulbs burn magnesium metal in a reaction that causes a flash of brilliant white light. a photographer would need to take care not to suffer burned fingers when trying to replace the hot bulb.\nwhat best identifies the energy transformation that occurs in the flashbulb?\nchemical energy to electromagnetic energy and thermal energy\nelectromagnetic energy to chemical energy and thermal energy\nchemical energy to electromagnetic energy\nthermal energy to chemical energy

Answer

Brief Explanations:

Magnesium metal in the flash - bulb has chemical energy. When it burns, it emits a flash of light (electromagnetic energy) and heat (thermal energy). So the energy transformation is from chemical energy to electromagnetic energy and thermal energy.

Answer:

chemical energy to electromagnetic energy and thermal energy