The sun's rays are made up of three types of electromagnetic radiations - UV, visible light and near IR. The infrared rays fall on the sand and the energy is absorbed as thermal energy, thus heating up the sand. Some of this heat is reflected back into the atmosphere and we can feel even the air above the sand to be hotter.
conduction of heat
As with just about everything, the sun will heat dark-coloured sand faster than light coloured sand. Dark colours absorb heat better than light colours.
Heat is transferred by thermal conduction.
Sand is not as good a conductor as something more solid like glass because it is composed of tiny granules that are separated by air. If you were to sit a hot pot in a hole made into some sand, the sand would help the pot to maintain its heat for longer than if the pot were sitting on top of the ground.
First radiation from the sun then you have conduction from the hot sand
Endothermic. The sand is absorbing heat. If it was radiating heat, that would be exothermic.
The Temperature is High in After Noons Because The Sun is shining On The Sand and the sand traps the heat from the sun and then the sand is becomes hot so the heat is coming out of it.
conduction of heat
Sand (minute pieces of stone, basically) will very quickly absorb the heat of the sun and will then quickly get hot. As soon as the sun disappears, the sand will quickly lose its heat and become cool to the touch.
It reflects sun-light and heat.
The energy from the Sun adds energy to the molecules of the outermost layer of sand, which radiates infrared energy and also conducts thermal energy down into the sand.
As with just about everything, the sun will heat dark-coloured sand faster than light coloured sand. Dark colours absorb heat better than light colours.
Sand absorbs the sun's heat because it has a low albedo, meaning it reflects less sunlight and absorbs more of it. The grains of sand are able to retain heat and warm up quickly due to their small size and composition.
The sand has a higher conductivity.
The cup of water will heat up faster than the cup of sand because water has a higher specific heat capacity, meaning it requires more energy to increase its temperature compared to sand. Sand, being a solid, has a lower specific heat capacity and will heat up more quickly.
The heat Sand absorbs from the Sun's rays is an example of energy absorption
Sand gets hot primarily due to direct sunlight and absorption of solar radiation. The particles in the sand absorb the sun's energy, which causes them to vibrate and generate heat. Additionally, sand can retain and release heat well due to its thermal properties.