The rays from the sun have a very much greater effect on the overhead position toward the earth. If the sun is at a thirty-degree angle of the earth and lets say the ray from the sun is only five miles long. At an angle like such they ray would be spread over maybe a ten-mile stretch providing the energy only meant for a certain spot the energy for twice as much (the sun and the seasons, 2010). When sun beams travel to earth, some must travel further than others. The beams traveling at an angle to the earth are the ones that reflect back into space. Not only having to cover a bigger amount of space it also doesn’t fully get the strength to completely reach the earth. This is when the sun is setting and the sun’s rays don’t touch the earth
The rays from the sun have a very much greater effect on the overhead position toward the earth. If the sun is at a thirty-degree angle of the earth and lets say the ray from the sun is only five miles long. At an angle like such they ray would be spread over maybe a ten-mile stretch providing the energy only meant for a certain spot the energy for twice as much (the sun and the seasons, 2010). When sun beams travel to earth, some must travel further than others. The beams traveling at an angle to the earth are the ones that reflect back into space. Not only having to cover a bigger amount of space it also doesn’t fully get the strength to completely reach the earth. This is when the sun is setting and the sun’s rays don’t touch the earth