landforms
Its the latitude that affects the temperatures on the earth
Its the latitude that affects the temperatures on the earth
Places on Earth can be cooler due to factors such as altitude, latitude, ocean currents, and proximity to large bodies of water. Altitude affects temperature because of the thinner air and decreased pressure. Latitude affects the angle at which sunlight hits the Earth, resulting in varying temperatures. Ocean currents can bring colder or warmer water to coastal regions, impacting local temperatures.
relative location to equator
Lowland equatorial climates.
because of the temperature of the atmosphere, they are in different places, the temp of the atmosphere is different.
Factors that affect temperatures of places on Earth include latitude (distance from the equator), altitude (elevation above sea level), proximity to bodies of water, ocean currents, prevailing winds, and elevation of landmasses. Climate patterns and geographic location also play a significant role in determining temperatures of specific regions.
Earth geological features affect the ability of organisms to live in different places because the temperatures change. Since animals and other organisms have different requirements to live, they have to live in different places.
There would be extrememe temperatures in different places of the world and probably not much difference in temperature in certain places. The equator would probably be deserts and blistering temperatures. The poles would be freezing, and probably be polor ice caps.
The hottest temperatures on Earth are typically found in places like Death Valley in California, USA; the Lut Desert in Iran; and the Sahara Desert in Africa. These areas regularly experience temperatures well above 100 degrees Fahrenheit (37.8 degrees Celsius).
the earth is heated by the sunlight and it affects it by it being too hot when the sunlight is shining on earth.
The climate is closely connected to the amount of energy in the Earth system. The energy from the sun drives Earth's climate by heating the atmosphere and oceans, which in turn affects weather patterns and temperatures. Changes in the amount of energy reaching Earth, such as from variations in solar radiation or greenhouse gas concentrations, can lead to shifts in climate patterns and global temperatures.