Because of the angle between the earth's rotational axis and the sun, even at the height of summer, the sun shines at an oblique angle at the poles, never getting directly overhead, which means that it is filtered through more of the atmosphere, reducing its intensity and thus its warming effects. The net result is that the temperature at the poles seldom rises much above freezing.
The temperature at the poles generally does not rise above 10°C due to the Earth's tilt and the angle at which sunlight reaches these regions. During most of the year, especially in winter, sunlight is less direct and has to cover a larger area, resulting in lower energy absorption. Additionally, the ice and snow cover at the poles reflects much of the sunlight, further preventing significant warming. These factors combined create a consistently cold climate in polar regions.
The temperature at the poles remains low, generally not rising above 10°C, primarily due to their high latitude and the tilt of the Earth's axis. This results in less direct sunlight and prolonged periods of darkness during winter months, leading to minimal solar heating. Additionally, the polar regions are covered by ice and snow, which reflect a significant portion of incoming sunlight, further preventing temperature increases. These factors combined create an overall cold climate that is characteristic of polar regions.
The temperature rarely rises above freezing in the polar zone.
Most of the time Uganda encounters bright sunny days. The average temperature is 26 degrees. It rarely rise above 29 degrees. :} hope it helps :)
rise
The temperature at the poles generally does not rise above 10°C due to the Earth's tilt and the angle at which sunlight reaches these regions. During most of the year, especially in winter, sunlight is less direct and has to cover a larger area, resulting in lower energy absorption. Additionally, the ice and snow cover at the poles reflects much of the sunlight, further preventing significant warming. These factors combined create a consistently cold climate in polar regions.
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because of the temperature rise
A climate where temperatures seldom rise above freezing is typically found in polar regions, such as the Arctic and Antarctic. These areas experience frigid temperatures due to their proximity to the poles and receive little to no sunlight for extended periods of time during their respective winters.
In the polar region/zone, the temperature seldom rises above freezing. Ice Cap A+
The arctic and antarctic zones
This type of climate is known as a polar climate, characterized by extremely cold temperatures and ice-covered terrain for most of the year. Areas near the North and South Poles experience these conditions.
The temperature at the poles remains low, generally not rising above 10°C, primarily due to their high latitude and the tilt of the Earth's axis. This results in less direct sunlight and prolonged periods of darkness during winter months, leading to minimal solar heating. Additionally, the polar regions are covered by ice and snow, which reflect a significant portion of incoming sunlight, further preventing temperature increases. These factors combined create an overall cold climate that is characteristic of polar regions.
The temperature rarely rises above freezing in the polar zone.
yes
It's important for a person with fever not to rise above 40 degree centigrade, to prevent seizure or convulsion a stage where the patient is in danger, because his brain will might be affected.
During your menstrual cycle, an elevated basal body temperature indicates that you have entered your luteal phase. This means that you have ovulated and moved on from the folicular phase. During the first part of your cycle, your body produced estrogen which lowers the basal body temperature. Once ovulation occurs, the body begins to produce progesterone, which causes basal body temperature to rise slowly until your period comes. Throughout your cycle, your temperature should rise and fall, but it is considered an elevation when the temperature rise above a cover line and stays elevated above it.