The number of daylight hours in a month varies depending on your location and the time of year. On average, there are around 8-12 hours of daylight per day during the winter months and 14-16 hours of daylight per day during the summer months.
no
A day on Mars (known as a sol) is about 24 hours and 39 minutes long. This means that daylight hours on Mars would be similar to Earth's, lasting around 10 to 12 hours, depending on the season and location on the planet.
your question doesnt make sense-that part of the earth has-what does that mean? and the earth rotates, that's what makes night and day, so every part of the earth faces the sun for half of the 24 hours in a day(with the exeption of the north and south poles which are always dark and always light at parts of the year)
The northern hemisphere experiences darkness during night time, which occurs when the sun is on the opposite side of the Earth. This happens every day as the Earth rotates on its axis, causing the transition from daylight to darkness.
Because in summer that part of the earth is tilted towards the sun.
The Earth is always tilted - this doesn't change. What changes is which part is on a perpendicular plane to the incident rays of solar energy. I believe you are asking about the equinoxes, when there is 12 hours of daylight and 12 hours of night for one 24 hour period.
The number of daylight hours in a month varies depending on your location and the time of year. On average, there are around 8-12 hours of daylight per day during the winter months and 14-16 hours of daylight per day during the summer months.
If your time is roughly between 6am and 6pm then your part of the world is in daylight. The part that is not having night. The earth revolves on its North Pole - South Pole axis once every 24 hours. As it moves around, the sun is able to shine on one half of it at a time. The earth is moving all the time, so the part of the world in daylight is also moving all the time/
no
A day on Mars (known as a sol) is about 24 hours and 39 minutes long. This means that daylight hours on Mars would be similar to Earth's, lasting around 10 to 12 hours, depending on the season and location on the planet.
In January, there are typically more hours of darkness than daylight in the Northern Hemisphere due to the winter season. Conversely, in the Southern Hemisphere, there are more hours of daylight than darkness during January as it is summer in that part of the world.
your question doesnt make sense-that part of the earth has-what does that mean? and the earth rotates, that's what makes night and day, so every part of the earth faces the sun for half of the 24 hours in a day(with the exeption of the north and south poles which are always dark and always light at parts of the year)
Well. June 21st or June 22nd every year is the longest day (most hours of sunlight), and December 21st or 22nd every year is the longest night (least hours of sunlight). So there is a 'shortening' of the period of light per day from June to December, and this reverses from December to June.
Because proximity to the Sun is not the controlling factor. The controlling factor is the tilt of the Earth's axis of spin in relation to the plane in which the Earth orbits the Sun. In December Anchorage is on a part of the Earth that is tilted away from the Sun.
The Earth is a sphere and it's just the half sphere facing the Sun that can get sunlight. So, half the Earth is always getting sunlight. But it's not the same half all the time, because the Earth rotates. Any particular place gets more hours of daylight in the summer than in the winter. It averages out, over the full year, at 12 hours of daylight and 12 hours of night every 24 hours. So, it's any particular place on Earth that gets light for half the day, on average.
Day and night are determined by the rotation of the Earth on its axis. When a particular part of the Earth is facing towards the Sun, it experiences daylight, while the opposite side experiences nighttime. This cycle of day and night occurs approximately every 24 hours.