In general, the climatic zone is determined by the latitude. The rule is that the farthest you go from the equator (the largest the latitude) the colder it gets. The rainfall near the equator is largest. In the subtropical zones the rainfall is smaller. In the intermediate zones the rainfall is large again. Please see the links for more details.
Hight altitude Tilt of the earth The sea Latitude The location; mountains
latitude
The greatest variety of climates is found in the region near the equator, known as the tropics. This region experiences a wide range of climates, from tropical rainforests to deserts, due to the Earth's tilt and proximity to the sun.
Middle-latitude
Altitude affects climate by influencing temperature and precipitation patterns similarly to how latitude does. As altitude increases, temperatures usually decrease, leading to cooler climates at higher elevations. This creates temperature variations that are similar to those seen at different latitudes on Earth. Additionally, higher altitudes can also affect air pressure, wind patterns, and humidity levels, further contributing to the resemblance between altitude and latitude in climate.
They don't affect the climate. They are a result of the climate.
Hight altitude Tilt of the earth The sea Latitude The location; mountains
latitude
latitude
In polar climates, No month has an average temperature higher than 10"c
Latitude and longitude have zero affect on any part of the earth. They are simply -- when combined -- axis points that one can use to pinpoint a location.
It affects the climate because the climate zone is determined by the line of latitude.
the mountains of the mid latitude
botth of them can change and the latitude is what determins a climate
Zero degree's latitude is the earths equator and is the lowest numerical latitude possible. The further away you go from the equator in both a northerly and southerly direction corresponds to an increasing latitude. So high latitude climates would exist at those points furthest from the equater
Latitude is the most important factor affecting global climates because it determines the angle at which the sun's rays strike the Earth, influencing the amount of solar energy received. This affects temperature, with areas closer to the equator receiving more direct sunlight and experiencing warmer climates. In contrast, regions closer to the poles receive less direct sunlight and have cooler climates.
Like Canada, Sweden, and Russia.