Hello everyone! In this blog is about sun and moon….. 

Sun and Moon are two of the three primary components that make up our universe. They both have different properties; however, they both bring out certain effects. Sunlight makes Earth’s surface warm and can contribute to climate change. Moonlight not only gives us sleep but can help keep animals calm and restful and also influence human behavior. Both these celestial bodies play a significant role in our existence.

Sunlight has a much greater effect than just heating your skin during summer; it’s also responsible for bringing life into the world. Without sunlight, plants would die off easily. Sunlight is not only necessary to sustain life but it also gives us the energy we need to survive. But what about that other side? Moon’s influence is like a powerful drug. It makes people feel awake and alert. And this is why many people are addicted to moon light. They become dependent on its light and cannot function without it. 

The Moon has always been cool due to its large distance from the Sun and our planet, but this does not mean that it cannot cause heat. There are two ways that sunlight can transfer energy to the moon: reflection and transmission. The majority of the energy transferred through reflection is infrared light. This type of radiation is invisible to us,but it heats up objects like blankets. So the reason we have heat waves and fires near the poles is because they are closer to  the equator where the atmosphere has less air and therefore less reflection from the sun’s rays. A few factors determine how much energy gets transmitted; the angle at which the light hits the surface, the amount of dust particles, and the reflectivity of the material. As the moon receives sunlight, the surface absorbs the energy and releases it into space. Because the Earth is cooler than the moon, it takes longer for the absorbed energy to escape back out into space.

If there is no atmosphere around the moon, then it would be able to release all the energy it absorbs. With an atmosphere, there is a slight cooling effect, which makes it easier to keep temperatures down.

Sunlight is hot, while darkness is cold. In fact, nighttime temperatures are colder than daytime ones. But what about the moon? It doesn't seem to radiate any energy directly back into space. How then is the moon able to drop temperatures? The answer lies in the way reflected light changes over time. When the moon first reflects light, it is full of dust particles, causing the reflection to be darker than it should be. Over time, the dust particles get cleared away until only the bright spots remain. These bright spots give off light which has a different spectrum of wavelengths than the rest of the moon's surface. It looks white because the wavelength of visible light (the color range visible to humans) is much lower than the wavelength of light that causes the moon to appear dark. The moon reflects more blue light than red light, making it look bluish-white. Because the moon is so close to the Earth, it is always reflecting light that is moving towards us. Therefore, if the moon were to stop reflecting light, the temperature would drop immediately.

Thank you……. 

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