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From any one point, the Moon is above the horizon approximately 12 hours and 25 minutes.
The Moon is visible as long as it is above the horizon. On average, the Moon is above the horizon approximately 12 hours 25 minutes at a time, and below the horizon the next 12 hours 25 minutes.
In the northern latitudes there is a quite low number of frost free days.
A year is approximately 365.25 days
1. When it is below the horizon. 2. when it is in the Sun's glare 2 days either side of New Moon.
From any one point, the Moon is above the horizon approximately 12 hours and 25 minutes.
None. The closest it gets is on December 21, when the sun climbs to a dazzling 43 degrees above the northern horizon.
No. Seen from either pole, the moon is continuously below the horizon for roughly 14.8 days, followed by another 14.8 continuous days when it's above the horizon.
The Moon is visible as long as it is above the horizon. On average, the Moon is above the horizon approximately 12 hours 25 minutes at a time, and below the horizon the next 12 hours 25 minutes.
This can be illustrated quite neatly if you consider an extreme case. If you live at the North Pole, and the Sun is above the horizon, then (as Earth rotates) the Sun will CONTINUE being above the horizon. You'll have sunlight 24 hours. If you live at the South Pole, at the same date, the Sun will continuously be BELOW the horizon; and you'll have 0 hours of sunlight.
The northern hemisphere has less daylight because the northern hemisphere is leaning away from the Sun. The Sun then appears to be lower and does not spend as much time above the horizon. However, the southern hemisphere is leaning towards the sun, so it has more hours of daylight in December, and it is summer there. Mid-summer in the northern hemisphere, when the northern hemisphere is leaning towards the sun, means more hours of daylight, while the southern hemisphere has less, because it is leaning away and in its winter.
That would be summer. In summer, the northern axis of the earth is tilted toward the sun. The angle of the sun from the horizon is greater than in the winter. This is one reason summer is warmer and days are longer.
It starts in April because of when and how the sun's rays strike the northern part of Earth.
December 21 is the winter solstice. This is the first day of winter in the Northern Hemisphere, and the shortest day of the year. The earth is tilted approximately 23.5 degrees on its axis. On two days of the year, the equator of the earth is closer to the sun due to this tilt. These days are June 21 and December 21. On December 21, the sun appears to be close to the horizon, resulting in the shortest day of the year. From December 21 onward, days get longer and longer. In the southern hemisphere it is the day with most sunlight.
In the northern latitudes there is a quite low number of frost free days.
sunny and hot in summer That type of climate is called arctic. It is very cold and dark in winter. In summer the sun stays above the horizon for days or weeks, and it may be warm or cool.
The only distinctive property of the Sun's position in the sky during the summer is that it is higher above the horizon at any given time of day. This results in its rays being more concentrated and therefore effectively warmer, resulting in the characteristic high temperatures of summer. As a result of being higher above the horizon the days (daylight hours) are also longer, further increasing the heating effect. These distinctions are effectively lost in the tropics where the the sun is always high in the sky and the days about the same length.