what causes diffraction that results in a fuzzy glow around a full moon?\n\nmoonlight converges into a…

what causes diffraction that results in a fuzzy glow around a full moon?\n\nmoonlight converges into a single area around the moon called a shadow region.\n\nlight from the sun reflecting off the moon bends around particles in earths atmosphere and then spreads out.\n\nlight from the sun reflecting off the moon then reflects off particles in earths atmosphere and scatters.\n\nmoonlight bends toward a single area around the moon called a shadow region.

what causes diffraction that results in a fuzzy glow around a full moon?\n\nmoonlight converges into a single area around the moon called a shadow region.\n\nlight from the sun reflecting off the moon bends around particles in earths atmosphere and then spreads out.\n\nlight from the sun reflecting off the moon then reflects off particles in earths atmosphere and scatters.\n\nmoonlight bends toward a single area around the moon called a shadow region.

Answer

Brief Explanations:

Diffraction is a wave phenomenon that occurs when light encounters an obstacle or an opening. In the context of the moon, "moonlight" is actually sunlight reflecting off the lunar surface. As this light travels through Earth's atmosphere, it encounters small particles such as water droplets or ice crystals in clouds. Diffraction occurs when the light waves bend around the edges of these particles and then spread out, interfering with each other to create a fuzzy glow or "corona" around the moon.

Answer:

Light from the Sun reflecting off the moon bends around particles in Earth's atmosphere and then spreads out.