The angle of the sun affects climates by determining the amount of solar energy received at a location. Higher sun angles result in more direct sunlight and warmer temperatures, while lower angles lead to indirect sunlight and cooler temperatures. This variation in solar energy influences factors such as temperature, seasonality, and weather patterns in different regions.
The atmosphere does not affect the sun. If anything the sun affects the atmosphere.
The amount of light and warmth a planet receives from the sun depends on its distance from the sun, the intensity of sunlight reaching the planet, and its atmosphere composition, which affects how much of the sunlight is absorbed or reflected. These factors collectively determine the temperature and conditions on the planet's surface for supporting life.
Its mass.
the sun
Time of day and atmospheric conditions (like cloud cover) are the two biggies. Also, location laditude, however, the question specified "in a given location"
the earth's location at any given time is less than 152 million km from the sun (152 million km is earth's farthest location from the sun ever observed).
The sun obviously isn't what changes--it is the tilt and location of the Earth at a given time of year. The angle at which the sun hits the Earth changes as we orbit around the sun and rotate on our "wobbly" axis. This wobbly axis affects the angle at which we see the sun rising and setting, and is the reason the sun's "path" through the sky changes depending on the time of year.
Changes in the amount of sunlight at a location throughout the year are mainly caused by the tilt of the Earth's axis as it orbits the sun. This tilt creates the different seasons, with longer days and more direct sunlight in summer, and shorter days and less direct sunlight in winter. Additionally, the position of the location on Earth's surface also affects the amount of sunlight it receives.
By using the sun rays to calibrate the amount of water if the temperature affects the water cycle then it affects the whole world.
Precipitation affects the sun. Clouds cover the sun.
the distance away from the equator (further away = less of the suns energy), and also the amount of cloud and type of cloud in that location (more cloud reflects more of the suns energy away from that location).
The main factor that influences the amount of energy that different places on Earth receive from the sun is the places location. The closer it is to the equator the more sun energy it will receive.
The angle of the sun affects climates by determining the amount of solar energy received at a location. Higher sun angles result in more direct sunlight and warmer temperatures, while lower angles lead to indirect sunlight and cooler temperatures. This variation in solar energy influences factors such as temperature, seasonality, and weather patterns in different regions.
From 0 degrees or the latitude of the equator, it is in line to receive the most direct rays of the sun, the higher up in latitude you go, less heat is given off, because there is a lower amount of direct sunlight entering the atmosphere.The higher the latitude the colder is gets.
The sun angle is the angle between the horizon and the Sun as observed from a specific location on Earth. It is measured in degrees and changes throughout the day as the Sun moves across the sky. The sun angle affects the amount of solar energy received and the length of shadows cast.
How much given solar energy is received in a given location is that you have enough sunlight to create solar energy because solar means light waves from the sun. So if there is a lot of sunlight in your community/area you will get a lot/or a medium amount of solar energy, but if you don't have a lot of sunlight in your community/area then you won't get a lot of solar energy. Angle of deflection and shade trees, as well as cloud cover have a direct effect on the amount of convertible lightwaves available for conversion to electricity.