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This will depend on the month and the latitude. Canada extends from 49 degrees north, all the way up to above the arctic circle.
Negative numbers are often used when there are opposites; in this case, one of the opposites is assigned positive numbers, the other, negative numbers. For example, you might:* Use positive numbers for positions above sea level, and negative for below sea level. * Use positive numbers for money you have in your bank account; negative numbers for money you owe others. * Use positive numbers for northern latitudes, and negative numbers for southern latitudes. Or vice versa. * There are lots of other situations where opposites are involved, but you probably get the idea.
Above the Arctic Circle, locations will experience at least one 24-hour period of sunlight per year as well as at least one 24-hour period with no sunrise at all. The tilt of the Earth means that when the noon Sun is directly overhead a point above the equator, the North Pole receives 24 hours of sunlight. When the noon Sun is directly overhead a point south of the equator, the North Pole gets no sunlight at all. The closer a point is to the North Pole, the more days it has per year with either 24 hours of sunlight or 24 hours of night. At the North Pole, there is a 6-month period of constant daylight and a 6-month period with no daylight. (However, it can get somewhat bright during daytime hours in early spring and late fall when the Sun is just slightly below the horizon.)
Whenever you have two opposites, you can use positive number for one, and negative numbers for the other. For example: * Having money might be positive, owing money might be negative (owing money is worse than just having nothing). * Getting money might be a positive change; spending money (or otherwise losing it), a negative change. * Places above sea level might be assigned a positive altitude; places below sea level, a negative altitude. * If latitudes north of the equator are defined as positive, then latitudes south of the equator would be negative. Or the other way round.
On March 21, the vernal equinox occurs, marking the beginning of spring in the Northern Hemisphere. On this day, there are approximately 12 hours of daylight and 12 hours of darkness. This equal division of day and night is due to the position of the Earth in its orbit around the sun, where the tilt of the Earth's axis causes the sun to be directly above the equator.
Latitudes near the Arctic Circle (66.5 degrees north) and Antarctic Circle (66.5 degrees south) would experience the fewest hours of daylight on December 22, known as the winter solstice. At these latitudes, the phenomenon known as polar night occurs, where the sun does not rise above the horizon for 24 hours.
there are 181 latitudes.90 latitudes above equator+90 latitudes below the equator +equator.90+90+1=181
The Sun stays up only for latitudes above the Arctic Circle and Antarctic Circle, which is at 66.7 degrees north and south latitudes respectively. So anyplace with a latitude less than 66.7 degrees (in either direction) will never experience the "midnight sun".
Above the arctic circle.
Northern states like North Dakota experience longer daylight hours during certain times of the year due to their proximity to the North Pole. In summer, the Earth's tilt causes the sun to stay above the horizon for longer periods at higher latitudes. Florida, being closer to the equator, has more consistent day length throughout the year.
There are no negative latitudes, its either north or south(of the equator). As you go up, or north from the equator, the latitudes go up. As you go south and move below the equator the latitudes go up as you move south. 63°17′N to 67°08′09″N, this is the range for Iceland.
At high latitudes, the Sun never gets very high above the horizon even in the summer, which means that the Sun's light and heat are spread out over a greater area.
when we undergo underground excavation ,some times it happens that cover above tunnel excavated part is not sufficient so it shows exposed surface and daylight comes inside ,such condition is called daylight condition.
Barrow, Alaska experiences the longest daylight hours in the state due to its location above the Arctic Circle. During the summer months, the sun does not set for several weeks, leading to continuous daylight.
Only above the Arctic and Antarctic Circles experience 24 hours of daylight at any point. Being near the equator, the sun angle and hours of daylight don't change much throughout the year.
"High" latitudes. The equator has a latitude of zero. The area between the Tropic of Cancer (at 23.5 degrees north) and the Tropic of Capricorn (at 23.5 degrees south) are the "tropics" or low latitudes. The "polar regions" are above the Arctic Circle or below the Antarctic Circle, where the latitudes are higher than 66.5 degrees (north or south) are "high". The areas between the tropics and the arctic/antarctic are called "mid-latitudes or "temperate zones".
Down to zero above the arctic circle. The more closer to summer, the more hours of daylight. Moderator: This is a true answer, so don't delete AGAIN.