Sunlight heats the air by first warming the Earth's surface. The warm ground then heats the air directly above it through conduction. This warm air rises, creating pockets of warmer air that ultimately heat up the surrounding atmosphere.
By heating the pressure in the balloon is rised and the limit of the resistance of the balloon envelope is exceeded.
Whenever you are exposed to sunlight, the portion that is absorbed becomes heat. However, under most circumstances your body is also losing heat to the surround air, as it is usually cooler than human body temperature. The lower the air temperature, the faster you lose heat to it. If the air is warm enough, then the air will cool you at a slower rate than the sun warms you. On a cold day, the air cools you faster.
While a heat lamp can provide warmth similar to sunlight, it does not provide the full spectrum of light that sunlight does. Sunlight contains different wavelengths of light necessary for plant growth and the overall well-being of animals. Heat lamps primarily emit infrared radiation, which can be used to provide heat for specific purposes but may not be a full substitute for natural sunlight.
of course it does
Since the sun contains heat, the molecules move faster and that is kinetic energy. As the pressure increases, the temperature also increases. That causes the balloon to expand and it will eventually pop.
Depends what temperature the air is, but in general, sunlight doesn't produce much heat energy. The heat energy however in the air is great in quantity, so it heats more quickly than the air. :)
This scenario is not possible because sunlight carries energy in the form of heat, which can warm Earth's water, clouds, and air as it passes through them. Heat is transferred through conduction, convection, and radiation, so even if sunlight does not directly heat an object, it can still warm it indirectly through these processes.
Sunlight is absorbed by the surface of the soil which is heated. The soil then radiates that heat to the air above it, raising the temperature of the desert.
Due to the hear of the sunlight the air inside the balloon expands and air pressure increases which will result in to the bursting of the balloons.all the heat rays from the sun hit the suface of the balloon and the heat pops the balloon.
Sunlight does not heat air very much because air is transparent, so the sunlight reaches the ground and heats the ground. The warmth of the ground can then heat the air, but the air closest to the ground gets heated first. At higher elevation, the air is farther from the ground and receives less heat. Hence it gets cold.
Unpolluted air does not directly heat the Earth up. Instead, the Earth's surface absorbs sunlight and then radiates that energy back as heat. Greenhouse gases in the atmosphere trap some of this heat, creating a natural greenhouse effect that warms the planet. Unpolluted air actually helps regulate this process by allowing sunlight in and out of the atmosphere.
The ground heats the air through a process called conduction. When sunlight hits the ground, it warms the surface. The warm ground then transfers heat to the air molecules in contact with it, causing them to heat up and rise, creating convection currents that warm the surrounding air.
Urban areas may receive less sunlight due to the presence of tall buildings that block the sunlight, increased air pollution that scatters sunlight, and the "urban heat island" effect where buildings and pavement trap heat, creating a warmer microclimate. These factors combined can reduce the amount of sunlight reaching the ground in urban areas.
Soil warms up when exposed to sunlight and retains heat due to its ability to trap air pockets. It cools down when heat is lost through conduction, convection, and radiation processes. Soil temperature also varies depending on depth, moisture content, and organic matter content.
air temperature, direct sunlight, air movement, and heat radiation
Dirty air that does not allow heat to escape refers to smog pollution. Smog is a type of air pollution that forms when harmful pollutants, such as vehicle emissions, react with sunlight. Smog can trap heat near the Earth's surface, leading to higher temperatures and poor air quality.
Strong winds result from convection currents in the air, which result from sunlight, which for various reasons will heat some air more than other air.