Approximately how long does the average path of a photon take to travel from the solar core to the surface?
Answer
Hundreds of thousands of years.
Due to the extreme density in the solar core, a gamma-ray photon is constantly scattered millions of times, causing its average path from the core to the surface to take hundreds of thousands of years, during which its energy is drastically reduced.
Related Questions
What happens to the gamma-ray photons created inside the Sun's core?Where are gamma rays positioned on the electromagnetic spectrum?What physical conditions are necessary for a stellar object to generate gamma rays?Approximately how long does the average path of a photon take to travel from the solar core to the surface?Why must gamma-ray astronomy observations be conducted from space?What phenomenon are pulsars linked to regarding high-energy emissions?What energy level do gamma-ray detectors typically start registering photons?What observation suggests that even low-mass stars can produce gamma radiation?What is the primary source of gamma rays associated with supernova remnants?What is linked to the high-energy gamma output observed from young, settling stars?