lori attended a lecture about the sun, and the presenter had placed this image on the wall. which layer of…

lori attended a lecture about the sun, and the presenter had placed this image on the wall. which layer of the sun could this image be referring to? the convection zone, because it shows how energy moves in a convection current the radiation zone, because it shows how energy is transferred through radiation the core, because it shows how the sun creates energy through the process of nuclear fusion the chromosphere, because it shows how energy is emitted by the atmosphere of the sun

lori attended a lecture about the sun, and the presenter had placed this image on the wall. which layer of the sun could this image be referring to? the convection zone, because it shows how energy moves in a convection current the radiation zone, because it shows how energy is transferred through radiation the core, because it shows how the sun creates energy through the process of nuclear fusion the chromosphere, because it shows how energy is emitted by the atmosphere of the sun

Answer

Brief Explanations:

The image shows a circular - like motion of energy transfer which is characteristic of convection currents. In the Sun, convection currents occur in the convection zone. The radiation zone involves energy transfer by radiation (not shown in the image), the core is where nuclear fusion occurs (not depicted here), and the chromosphere is about the Sun's atmosphere's energy emission (not represented in this circular - current image).

Answer:

the convection zone, because it shows how energy moves in a convection current