Is it true that the sun is very close to us?

You have to look at different angles, if you look at the solar system from the perspective of the camp, the sun is really close to us, but if you look at it from the perspective of human beings, the earth and the sun are actually very far away from us.

The sun is very close to us, this sentence should not be true, it is a feeling, that is, the knowledge of the superficial phenomena of things, without the knowledge of the essence of things.

The sun is very close to us, this sentence is not true, we look at the sun very close to us, in fact, he is very far away from us and looks close, because the sun is relatively large.

The sun is very close to us. This sentence is okay if it is written in terms of literary language, but it is not allowed in terms of scientific reasoning.

The sun is so close to us, doesn't that seem right? Far away from us, very far away, although his light shines on the earth, he is indeed far away from us.

Grammatically, there is really nothing wrong with this sentence, but it is not realistic. Therefore the sun is very far away from us.

This is a philosophical category, although the sun is far away from us, but the sun's rays on us are indeed very close to us.

That's very close to us, and I think that's right, because the sun really just needs to look at what is relatively close to you, there is a relative.

This is a relative distance, in fact, the sun is very far away from us.

There is no problem with the difference in the reference system, which will affect our judgment of the word far and near, depending on what you use as the reference system.

The Sun is about 150 million kilometers away from the Earth, and it can only be said that the Sun is the closest star to the Earth.

Whether we say a sentence is correct or not, there must be a reference, so there is almost nothing completely absolute compared to what it sees.

The sun is far away from us.

Far. Pinyin yuǎn yuàn

radical 辶 stroke 7 five lines of soil traditional Chinese far five strokes fqpv vocabulary book. Basic Definition Detailed Definition.

yuǎn ]

1.The distance is long, as opposed to "near": square.

Road. Journey. Scenery.

Foot (longer hiking). See (big vision). Consider.

Scheme. Guest. Remote.

Go high. Close to home.

2.Long time: Ancient. Ancestor. Long. Forever.

3.Relationship, not intimate: pro. Sparse. Branch.

4.Esoteric: Speak to the point.

5.Surname. yuàn ]

Avoid: Near the gentleman, the villain.

This sentence is a turning sentence.

It has the function of connecting the upper and lower and making auxiliary pads for the following.

Inflection complex sentences, also known as inflection sentences. Refers to a compound sentence with a transition relationship between clauses. The preceding partial sentence first says one meaning, and the following main sentence does not follow the meaning of the partial sentence, but turns to the opposite, opposite, or partially opposite meaning of the partial sentence.

Inflection sentence. What it does:

Sentences and paragraphs use inflective relationships, generally to highlight the content after inflective conjunctions. That is to say, the sentences, sentence groups, and paragraphs of the transition relationship, the center of gravity is behind the transition, and the center of gravity is grasped when summarizing, following the principle of "protecting the main and giving off the second", and the extraction method or substitution method can be used to turn into a complex sentence (also called the master-slave relationship compound sentence), the previous clause says a meaning, and the later clause says the opposite, relative or partially opposite meaning of the previous clause.

Whether the Sun is farther or closer to us depends on the Earth's orbit around the Sun, which is elliptical, and the ellipse has two focal points, one of which is the Sun. So the earth is too far away, sometimes far away, sometimes close. However, the Earth passes perihelion (i.e., closer to the Sun) in January and perihelion (i.e., farther from the Sun) in July.

Some people want to say, every year in January is winter, the earth is closer to the sun, why are we cold? Yes, the heat and cold on the Earth are related to the distance from the Sun, but the distance between the perihelion of the Earth and the apogee is not enough to cause such a large change in heat and cold. The main influence on the change of the earth's cold and heat is the tilt of the earth's axis of rotation (23 and a half degrees), which makes the sun mainly irradiate the southern hemisphere in winter (January), so the northern hemisphere is cold; In summer (July), the sun mainly shines on the Northern Hemisphere, so the Northern Hemisphere is hot.

The sun is the same distance from the earth in the morning and at noon. Why does the sun look bigger in the morning than at noon? This is a visual error, an illusion of the lucocavity.

The same object, placed in a group of objects larger than it, appears small, while placed in a group of objects smaller than it appears large. In the same way, the morning sun rises from the horizon against the backdrop of trees, houses, distant mountains and a small corner of the sky, and in this comparison, the sun appears larger. At noon, when the sun rises high and the vast sky is the backdrop, the sun appears smaller.

Secondly, the white part of the same object appears larger than the black one, and this physical phenomenon is called "photoosmosis". When the sun is rising, the background is a dark and dreary sky, and the sun is exceptionally bright; At noon, the background is a blue sky, and the sun does not contrast much with its brightness, so it appears smaller.

It's not right, people often feel that the sun is big in the morning and evening, and small at noon, so they think that the sun is far away in the morning and evening, and close at noon. In fact, this kind of view is wrong.

In fact, the distance of the Sun from the Earth is basically constant. In the morning and evening, we feel that the sun is far away because the objects on the distant horizon, such as trees, are far away from us, and the perspective of our eyes is very small, and we feel that trees and the like are very small, and when we use them as references, we feel that the sun seems to be very large.

At noon, there are no distant objects above the head to refer to, and the objects above the head have a large angle of view to the eyes, and compared with them, the sun will feel that it is very large, but in fact, the size of the sun does not change, and the distance from the earth does not change.

The sun is near us at noon. The sun at noon is close to us, which is due to the rotation of the earth.

Noon is hotter than morning because the sunlight is directly on the ground at noon, and the morning sunlight is obliquely on the ground. So noon is hotter than morning.

The Earth's orbit around the Sun is a nearly circular ellipse, and the Sun is located at a focal point of the elliptical orbit, so that the distance between the Sun and the Earth is constantly changing over the course of a year or even a day.

At the beginning of January every year, the Earth is at the perihelion of its orbit around the Sun, and the distance between the Sun and the Earth reaches a minimum value, which is about 100 million kilometers.

At the beginning of July every year, the Earth is located at the aphelion point of its orbit around the Sun, and the distance between the Sun and the Earth reaches its maximum value, which is about 100 million kilometers.

Compared with the average distance between the Sun and the Earth (100 million km), the difference in the distance between the Sun and the Earth in one year (100 million km) is almost negligible. Then in a single day, the change in the distance between the sun and the earth is even more insignificant.

If we had to compare the distance between the sun and the earth in the morning and at noon, one would think that the sun would be closer at noon, on the grounds that the morning sun shines from the horizon and is a distance of the radius of the earth than the sun at noon.

Whether this statement is correct or not, let's analyze it.

From the above data, it can be seen that from January to July, in half a year, the change range of the distance between the sun and the earth reached 5 million kilometers (100 million kilometers minus 100 million kilometers), the change value in each day was 10,000 kilometers, from morning to noon for about 6 hours, a quarter of a day, and the change value of the distance between the sun and the earth was about 6700 kilometers, which was greater than the radius of the earth.

If the Earth is moving towards perihelion, from morning to noon, it is indeed closer to the distance of the Earth's radius (more than 6,300 kilometers), and on the other hand, after a quarter of a day, the distance between the Sun and the Earth is also 6,700 kilometers.

But if the earth is moving towards aphelion, from morning to noon, on the one hand, from the earth to the sun is also a distance of about a radius of the earth (more than 6,300 kilometers), but on the other hand, after a quarter of a day, the distance between the sun and the earth is 6,700 kilometers, and the two are superimposed, and the noon is even farther from the sun.

Therefore, whether it is close to the sun at noon or near the sun in the morning should be analyzed on a case-by-case basis.

1 When does the sun come nearer to people?

Is the sun closer to people at noon? Or are they closer to people in the morning and evening? The sun seen in the morning and evening is greater than at noon, all due to people's delusions; Sunlight at noon is hotter than morning and evening due to direct sunlight at noon, which travels a shorter distance in the atmosphere and absorbs less heat.

First, we should figure out why people observe the sun at different distances at noon and in the morning and evening. There are many reasons for this: (1) The Earth is spherical and constantly rotates.

If the Earth moves no other than its rotation and its axis of rotation is perpendicular to the straight line between the Sun and the Earth, the Sun is always closer at noon than at night for people at the equator, i.e. the distance is equal to the radius of the Earth of 6,400 kilometres. (2) The latitude of the earth is different, and the person observing it is not necessarily on the equator. The greater the latitude, the farther it is from the equator, and the smaller the difference between the distance between the sun at noon and in the morning and evening.

3) The earth not only rotates, but also revolves around the sun, and the axis of rotation and the axis of revolution are 23

As close as me.

In the morning, the morning has passed for us to the east, and at noon, it is still morning for us to the west, and the sun is the same distance from the earth. For a place, noon should be closer. Don't you think that the sun shines more strongly on your body at noon, 1 is the distance, 2 is the angle is at right angles.

You take a good look at the size.

Almost as far away. The Earth revolves around the Sun and its revolution time is 365 days. That is, the Earth revolves about 1 degree around the Sun every day.

If it helps you. I hope "5 Stars" will be adopted....

You take two balls, one for the sun and one for the earth, and then you get a random dot on the "earth"! Then simulate the rotation of the Earth, and when that point is aligned with the "Sun", it is noon! Then you can take a ruler and measure the distance between the sun and the point and you can come up with the answer!

The distance between a certain point on the earth and the sun is, of course, the closer it is to noon, and the farther away it is from the sun.

If you refer to the distance between the centers of the two balls, I don't think it will change much over the course of a day.

According to Kepler's law, the Earth revolves around the Sun in an elliptical orbit, and the Sun is at one focal point of the ellipse, so that perihelion and aphelion appear!

The sun seen in the morning and evening is greater than at noon, all due to people's delusions; The fact that the sun is hotter at noon than in the morning and evening is due to the direct sunlight at noon, so the sun is as close to the earth in the morning as it is at noon.

The same close, because the earth revolves around the sun, and the distance is the same.

The sun is the same distance from us in the morning or at noon.

I know they're the same distance from my door.

The sun is the same in the morning and evening.

It is also possible that it is near in the morning and far away at noon! Because the sun is as big as the top of a car in the morning. And when you look at the sun at noon, it is as small as a plate. Not to mention that night, I couldn't see it with Ben.

You say, "No?"

I'm just saying what I think.

I think the sun is close to us in the morning and evening, because the sun is bigger in the morning, and it is cool because the sun is not fully out