density changes as the altitude changes.
Altitude affects temperature by causing a decrease in temperature with increasing elevation due to a drop in air pressure and lower density, leading to fewer air molecules to absorb and retain heat. Latitude affects temperature by impacting the angle at which sunlight strikes the Earth, with regions closer to the equator receiving more direct sunlight and thus experiencing higher temperatures, while regions further from the equator receive less direct sunlight and have cooler temperatures.
* Air temperature * Humidity * Radiant Heat (direct heat radiating from an object such as an oven or even the sun) * Air Velocity
Altitude affects climate by causing cooler temperatures due to lower air pressure. Distance from the ocean impacts climate by influencing temperature and humidity levels, with coastal areas having milder climates. Amount of sunlight affects climate by determining temperature and seasonality. Distance from the equator influences climate by affecting temperature, with areas closer experiencing warmer temperatures. Ocean currents impact climate by transporting heat and moisture, affecting temperatures along coastlines.
yes, altitude affects pressure which is realted to humidity, ie. the high the altitude, the less pressure which means the less humidity. latitude affects it because of the tilt of the Earth, ie. the higher the latitude, the more variation in seasons.
Four factors that determine the climate of an area are distance from the sea, ocean currents, direction of prevailing winds, and the relief of the area. The proximity to the equator also plays a role in the climate of an area.
Millions of factors affect air temperature. SUch as the air density, air make-up, humidity, temperature of the ground below it, wind speed, time of year, amount of sunlight and many more.
Latitude and altitude. Latitude is how far north or south you are from the equator, the closer to the equator you are the warmer it is. Altitude is how high from the earth's surface you are, the higher up you are the colder it is.
Altitude affects temperature by causing a decrease in temperature with increasing elevation due to a drop in air pressure and lower density, leading to fewer air molecules to absorb and retain heat. Latitude affects temperature by impacting the angle at which sunlight strikes the Earth, with regions closer to the equator receiving more direct sunlight and thus experiencing higher temperatures, while regions further from the equator receive less direct sunlight and have cooler temperatures.
The temperature is usually hotter closer to the equator.
Three factors that affect air temperature are latitude (distance from the equator), altitude (elevation above sea level), and proximity to large bodies of water (oceans, lakes). These factors influence the amount of incoming solar radiation, the air's ability to retain heat, and the presence of maritime or continental climates which can affect temperature.
The relative humidity of locations can vary depending on the weather conditions, but generally, locations closer to the equator tend to have higher relative humidity levels. Coastal areas also usually have higher humidity compared to inland locations. Conversely, arid regions and high-altitude locations typically have lower relative humidity.
* Air temperature * Humidity * Radiant Heat (direct heat radiating from an object such as an oven or even the sun) * Air Velocity
Altitude affects climate by causing cooler temperatures due to lower air pressure. Distance from the ocean impacts climate by influencing temperature and humidity levels, with coastal areas having milder climates. Amount of sunlight affects climate by determining temperature and seasonality. Distance from the equator influences climate by affecting temperature, with areas closer experiencing warmer temperatures. Ocean currents impact climate by transporting heat and moisture, affecting temperatures along coastlines.
0 Degrees
temperatures starts to decrease in degrees and the days get shorter
The altitude at which the celestial equator intersects your local meridian is the complementof your latitude, i.e. the difference between your latitude and 90 degrees.On the equator: Your latitude is zero. (90 - 0) = 90. Celestial equator passes overhead.At the pole: Your latitude is 90. (90 - 90) = 0. Celestial equator coincides with the horizon.In New Orleans, Louisiana, or Durban, South Africa: Your latitude is 30. (90 - 30) = 60.Celestial equator intersects local meridian at 60 degrees above the horizon.
The altitude of Polaris at the equator is 0 degrees. This means that Polaris is directly on the horizon and not visible at all from the equator. Polaris can only be seen in the northern hemisphere at latitudes above 23.5 degrees.