Does the temperature of the sun go down or up

Inside the sun is a huge nuclear fusion reactor, and there will be a day when fusion ends. So the sun also has a lifespan, so the temperature is definitely changing. It's just that its lifespan is calculated in 100 million years, and its temperature change cannot be felt in our short lifetime.

The temperature of the sun's core is as high as 15 million degrees Celsius, and 600 million tons of hydrogen are fused into helium every second and then sent to the sun's surface. The surface of the Sun, also known as the optosphere, has a lower temperature of 5500 C. Taida Langyang is a natural nuclear reactor suspended in the air, which releases an astonishing amount of energy through nuclear fusion.

It is like a factory in Chunchang, and there is a constant reaction in it to produce a lot of energy, resulting in a very high temperature.

made by hydrogen. Fusion.

for helium. Thermonuclear counter-cautious.

When it happens, the frankness releases the energy of great reverence.

Because there is a nuclear fusion in the center of the sun at all times! (i.e. the power of the hydrogen bomb**) to produce a lot of energy!

Scientists have grasped the dialectical relationship between temperature and light, and gradually grasped the temperature of the sun. The temperature of the sun can be estimated from its color, which is usually seen as golden yellow, and the color of the sun is 6000 degrees Celsius, taking into account the absorption of the earth's atmosphere. The temperature corresponds.

In addition, it can be demonstrated by measuring the total radiance of the sun, spectroscopic analysis, and radio technology.

The temperature on the sun is 6000 degrees Celsius.

Of course, this is the surface temperature of the sun. As for the temperature of the center of the sun, it is estimated to be about 20 million degrees Celsius.

A lot of hydrogen. Helium gas combustion.

The temperature of the Sun's core is as high as 15 million degrees Celsius, where 600 million tons of hydrogen are fused into helium and then sent to the surface of the Sun. The surface of the Sun, also known as the optosphere, has a lower temperature of 5500 C. The sun is a natural nuclear reactor suspended in the air, and it releases amazing energy through nuclear fusion.

The sun is like a factory, and there are constant reactions in it that produce a lot of energy, resulting in a very high temperature.

Nuclear fusion reactions continue inside the Sun. Nuclear fusion reaction refers to the fusion of hydrogen atoms to form helium atoms under high temperature and high pressure conditions, and release neutrons, this process will release a large amount of energy, so it will cause the high temperature of the sun.

With such a big piece of coal burning, can the temperature not be high!

The temperature of the sun does not rise (relatively speaking).

If the temperature of the sun would have increased, then it would have been impossible to extrapolate the temperature of the earth billions of years ago, and it would have been impossible to have a stage of life explosion that produced oil and coal hundreds of millions of years ago, and it would have been impossible for the dinosaurs to flourish. That is to say, no matter where the inflection point of the sun's future development goes, in the lifetime of the sun, it is too good to know that the sun will only fluctuate like a light bulb sometimes by voltage, and the sun will sometimes be affected by some other randomness to cause temperature fluctuations, but the benchmark of 220 volt voltage does not change, that is, the benchmark of the sun temperature does not change, so the temperature of the sun (relative to Qing socks) will not rise.

The higher the sun, the higher the temperature, don't you see that the sun is higher at noon than at night?

When the sun rises, the temperature is relatively low because it is farther away from you. And the sun rose at noon. The sun is on full swing.

The problem in the underground is, of course, high.

No, why is it that high.

The question is not clear, and the temperature there should be clarified.

The temperature of the earth, of course, is related to the sun, and the heat on the earth mainly comes from the sun, and the angle of the sun's bending and shooting on the earth's stove also has a great impact on the earth's temperature.

The temperature is related to the sun.

Yes. The Earth's current temperature comes from the heat energy of the sun.