Final answer:
Energy just below the Sun's photosphere is primarily transported through radiation in the radiative zone, where photons scatter due to frequent interactions with particles.
Step-by-step explanation:
The type of energy transport occurring just below the photosphere of the Sun is primarily through radiation. In this region, known as the radiative zone, photons continually absorb and reemit energy as they collide with particles due to the high density of matter. These interactions cause the photons to scatter in random directions and gradually lose energy. This radiative process is slow and inefficient, implying that a photon does not travel far before being absorbed and reradiated, which can happen in any direction, including back toward the Sun's center.
The type of energy transport that is occurring just below the photosphere is radiation. Radiation is the transfer of energy through electromagnetic waves, such as light and heat. In the Sun's photosphere, the energy generated deep inside the Sun is in the form of photons, which slowly make their way towards the surface. The photons escape from the Sun without colliding with other atoms or ions, and this process is known as radiation.