On a yearly basis the Earth receives the same amount of sunlight on its total surface. The distribution of light to dark periods is different by latitude and time of year
revoluton
because, the world is round
There are two ways one is the dark side of the earth so the side that you are on the sun reflects on it
It is the angle at which sunlight strikes the area.
how big is Earth
On a yearly basis the Earth receives the same amount of sunlight on its total surface. The distribution of light to dark periods is different by latitude and time of year
revoluton
False. At the summer solstice, a location will have its longest day and MOST direct sunlight.
Too much heat depletes the ozone layer making earth more warmer.
The equator receives sunlight all year round. The sunlight is direct. ____ All of the earth's surface outside of the arctic regions receives direct sunlight all year long. It is only north of the arctic circle and south of the antarctic circle that you have periods of night time extending for long periods of winter. There is no place on earth where the sun reaches the zenith every day of the year; not even the equator. Most of the time, sunlight reaches earth at an angle, but this does not mean that the sunlight is not 'direct'. Even at a location where the sun will reach zenith that day, the sun is at zenith only for a moment. For the entire balance of the day, the sunlight is direct, and at an angle. For that matter, even when the sun is at zenith the sunlight is at an angle: 90 degrees. In other words, the location of the sun when it transits the sky does not determine whether or not you are receiving direct sunlight.
It is not because of sunlight that the Moon can be seen from Earth. It has everything to do with the location of the Earth and Moon, and the properties of reflected light.
Because the rays of the sun is so hot it will heat any part of the earth witout being hit my direct sunlight
It depends on your location on Earth.
Yes it does. When the sunlight is direct, it specifically hits a location so more solar energy is packed into that area. Therefore, it is warmer in that area. For example, the equator.
Yes it does. When the sunlight is direct, it specifically hits a location so more solar energy is packed into that area. Therefore, it is warmer in that area. For example, the equator.
Direct and indirect sunlight.