Identify the two layers that surround the sun's innermost layer
The answers are
1( convection zone and radiation zone
2(solar energetic particles
3(geomagnetic storm and coronal mass ejection
4(during solar maximum
5(solar flares and sunspots increase as solar maximum approaches and the intensity of solar weather
6(they are explosion events that can affect Earth and they are caused by the sun's changing magnetic field.
7(the wavelength of the radiant energy it emits
8( temperature, rainfall and some
9( nuclear fusion, radiation, conduction and radiation. You guys will thank me later after this we'll see y'all and have a good day.
Well, that doesn't really help because the questions change order, but I think I did it right based on @Anonymus's answers... I'll tell you how it goes.
Okay, I'm back from doing the quiz, and I got 100% with @Anonymus's answers :)
Guys anonymus is wrong I took it and i got 2 wrong it's not geomagnetic storm its solar wind and on number 5 anonymus didn't complete his statement of the intensity that I had to guess
Ah, great question! So, imagine the sun is a cozy little burrito (with a side of salsa, of course). The two layers that surround its innermost layer are known as the convective zone and the radiative zone.
The convective zone is like the sun's party atmosphere, where things are constantly shuffling and moving around. It's filled with currents and bubbles, kinda like a lively dance floor. Meanwhile, the radiative zone is more like the chill zone of the sun burrito – it's all about radiation and things getting cozy in a warm and snug way.
So, the sun's layers are like a delicious burrito with different textures and flavors. Just remember not to take a bite!
The two layers that surround the sun's innermost layer are the photosphere and the chromosphere.
To identify these layers, we can gather information about the structure of the sun. The sun can be divided into several layers based on its composition and characteristics. The innermost layer, which is the core, is the region where nuclear fusion reactions occur, producing immense amounts of energy.
1. The photosphere is the visible surface of the sun. It is the layer through which we can observe the sun's light and heat. The photosphere is responsible for emitting most of the sun's visible light. It has an average temperature of about 5,500 degrees Celsius. Observing the sun through a solar filter or using special telescopes designed for solar observations can help identify the photosphere.
2. Surrounding the photosphere is the chromosphere, which is a thin layer of hot and tenuous gas. It can be observed during a total solar eclipse as a pinkish/red ring around the sun. The chromosphere has a temperature of approximately 6,000 to 20,000 degrees Celsius and contains structures like spicules and prominences.
By studying the sun's structure and characteristics using various scientific methods, including observing its visible surface and analyzing its spectrum, scientists have been able to identify these two layers surrounding the sun's innermost layer.