At this latitude the sun is visible for 16 hours, 33 minutes during the summer solstice and 7 hours, 55 minutes during the winter solstice.
Sixteen.
On June 21, the arctic circle, which is located at 66.5 degrees north latitude, through the north pole at 90 degrees, has 24 hours of daylight. On December 21, the antarctic circle, which is located at 66.5 degrees south latitude, through the south pole at 90 degrees, has 24 hours of daylight.
It may have fewer hours of daylight, but it certainly doesn't receive less radiation.
The sun is directly over the Tropic of Cancer, latitude 23.5 degrees north of the Equator. This has the most hours of daylight on June 22nd, which is the Summer Solstice in the Northern Hemisphere.
Latitude doesn't effect daylight, the sun effects daylight. Latitude affects daylight by varying the length of a day and the apparent altitude of the sun in the sky and therefore the angle of incidence of sunlight on a building. The maximum and minimum apparent altitude of the sun at noon for a location at latitude L can be calculated as follows: Max (June 21): 90 - L + 23.5 Min (Dec 21): 90 - L - 23.5 So, for a building in Boston at latitude approximately 42N, the maximum apparent solar altitude would be 71.5 degrees and the minimum would be 24.5 degrees. For a building in Miami at latitude approximately 26N, the maximum apparent solar altitude would be 87.5 degrees and the minimum would be 40.5 degrees.
degrees
On June 21, the arctic circle, which is located at 66.5 degrees north latitude, through the north pole at 90 degrees, has 24 hours of daylight. On December 21, the antarctic circle, which is located at 66.5 degrees south latitude, through the south pole at 90 degrees, has 24 hours of daylight.
At a latitude of -89 degrees, which is close to the South Pole, there are periods of time with continuous daylight or darkness depending on the season. During the polar summer, there can be 24 hours of daylight, and during the polar winter, there can be 24 hours of darkness.
It may have fewer hours of daylight, but it certainly doesn't receive less radiation.
The sun is directly over the Tropic of Cancer, latitude 23.5 degrees north of the Equator. This has the most hours of daylight on June 22nd, which is the Summer Solstice in the Northern Hemisphere.
Depends on your latitude.
Daylight is greatly dependent on the sun. The number of daylight hours a city or country receives is dependent on its latitude.
Latitude doesn't effect daylight, the sun effects daylight. Latitude affects daylight by varying the length of a day and the apparent altitude of the sun in the sky and therefore the angle of incidence of sunlight on a building. The maximum and minimum apparent altitude of the sun at noon for a location at latitude L can be calculated as follows: Max (June 21): 90 - L + 23.5 Min (Dec 21): 90 - L - 23.5 So, for a building in Boston at latitude approximately 42N, the maximum apparent solar altitude would be 71.5 degrees and the minimum would be 24.5 degrees. For a building in Miami at latitude approximately 26N, the maximum apparent solar altitude would be 87.5 degrees and the minimum would be 40.5 degrees.
The latitude that would experience 24 hours of daylight on June 21 is the Arctic Circle, which is located at approximately 66.5 degrees north. At this latitude, the phenomenon known as the Midnight Sun occurs, where the sun remains visible for a full 24 hours.
It depends on your latitude.
degrees
About 12 hours depending on latitude
about 16.3 hours