A student creates a model of the solar system and uses a bright flashlight to represent the Sun and a globe to represent Earth. Shining the flashlight on the equator produces a brighter spot than shining the flashlight at the poles from the same position. The spot produced from shining the flashlight at the poles is also spread out over a greater area. What does this model demonstrate? A. Earth's tilted axis causes it to be lit evenly throughout the year, B. Earth's curved shape causes it to be lit unevenly by the Sun C. Earth's tilted axis causes it to absorb more energy from sunlight D. Earth's curved shape causes it to absorb more energy from sunlight​