Gravitation is a very important for

Gravitation is a very important force in the universe. Every object has a gravitational pull which is like magnetism. But, unlike magnetism, gravitation is not only in iron and steel. It is in every object large or small; but large objects, such as the earth, have a stronger pull than small ones.
Isaac Newton, the great scientist of the seventeenth century, first studied gravitation. When he was a boy, he often saw how apples fell to the ground. He wondered why they fell towards the earth and why they did not fly up into the sky.
According to the law which he later produced everything in the uni-verse attracts everything towards itself. The sun attracts the earth and the earth attracts the sun. The earth attracts the moon and the moon attracts the sun. Although the bigger object has the stronger attraction, all objects, in fact, have some attraction too but we do not notice the gravitational pull of a book because the pull of the earth is much greater.
Why does the earth always move round the sun, and not fly off into the cold space? The sun's gravitation gives the answer. The earth always tries to move away in a straight line, but the sun always pulls it back. So it continues on its journey round the sun.
The sun is one of the stars in the galaxy, in which there are about 100,000 million stars. It is not in the middle of the galaxy, but rather near one edge.
There are millions of galaxies in the universe and so there are thou-sands of millions of suns. Many astronomers believe that some of these suns have planets as our sun does.
Gravitation is the force which holds all the atoms of a star together. It holds the sun together and it holds the atoms of the earth together. It holds us on the earth.
Einstein produced a new law of gravitation. Its main results are the same as the results of Newton's law; but in very small and fine matters Einstein's law gives different results. One of these is that gravitation bends light a little; but according to Newton's law gravitation has very little effect on light. Einstein showed this fact by means of mathematics and not by experiment. And astronomers later proved by experiments that Einstein was right.

Результаты (русский) 1:

Гравитация — это очень важной силой во Вселенной. Каждый объект имеет гравитационное притяжение, которое, как магнетизм. Но, в отличие от магнетизма, гравитации не только из железа и стали. Он находится в каждом объекте, большие или малые; но большие объекты, например земли, тягу сильнее, чем мелкие.Исаак Ньютон, великий ученый семнадцатого века, сначала изучал гравитации. Когда он был мальчиком, он часто видел, как яблоки упал на землю. Он интересуется, почему они упали на землю и почему они сделали не взлететь в небо.В соответствии с законом, который он позже выпущен в uni стих все привлекает все к себе. Солнца привлекает земли и земли привлекает солнца. Земля притягивает Луны и Луна привлекает солнца. Хотя больше объект имеет сильнее влечение, все объекты, в самом деле, есть некоторые притяжения тоже, но мы не замечаем притяжения книги, потому что тянуть земли гораздо больше.Почему земля всегда двигаться вокруг солнца, а не улетают в холодный космос? Тяготения Солнца дает ответ. Земля всегда пытается уйти в прямой линии, но солнце всегда тянет его назад. Поэтому он продолжает свой путь вокруг солнца.Солнце является одной из звезд в галактике, в котором есть около 100 000 миллионов звезд. Это не в центре галактики, но скорее вблизи краев.Есть миллионы галактик во Вселенной и так есть ты пески миллионов солнц. Многие астрономы полагают, что некоторые из этих солнц имеют планет, как наше солнце.Gravitation is the force which holds all the atoms of a star together. It holds the sun together and it holds the atoms of the earth together. It holds us on the earth.Einstein produced a new law of gravitation. Its main results are the same as the results of Newton's law; but in very small and fine matters Einstein's law gives different results. One of these is that gravitation bends light a little; but according to Newton's law gravitation has very little effect on light. Einstein showed this fact by means of mathematics and not by experiment. And astronomers later proved by experiments that Einstein was right.

Результаты (русский) 3:

是一个非常重要的Gravitation force in the universe。每一朵对象has a铁氧体磁性重力拉which is样。但是，unlike铁氧体磁性引力is not only in，钢铁。It is in every对象或对象大小大；但是，such as the earth，have a Small酮- stronger拉。伊萨克牛顿，the great科学家of the first studied seventeenth世纪，引力。当他是一个男孩，他否认锯how苹果fell to the地面。氦wondered fell towards the earth and为什么他们为什么他们拨号into the sky did not粉。据他不合文法的产生to the law which everything in the联verse attracts everything towards自身。The Sun attracts the earth and the earth attracts the Sun。The earth attracts the moon and the moon attracts the Sun。Although the再见面的对象has the stronger区，all objects，in fact，have some区but we do not too notice the重力拉of a book of the earth is because the greater拉了很多乐趣。Why does the earth always move轮the sun，and not粉into the冷弯断的空间吗？《太阳的引力gives the回答。The earth always带走tries to move in a直线，but the sun always”it back。continues on its journey针织品IT轮the Sun。The Sun is one of the stars in the galaxy，in which there are about 100000万星级。It is not in the中of the galaxy，但是rather近one刃。有是投资人of星系in the universe and SO there are你- sands of投资人of suns。Many相信that some of these suns astronomers有planets as our Sun does。Gravitation which is the force of a star holds all the原子在一起。它holds the sun一起and it holds the原子of the earth在一起。它holds us on the earth。Einstein a new law of产生的引力。有main results are the same as the results of牛顿law；but in very Small and细matters Einstein’s law gives不同的结果。One of these is that a little弯头感光引力；但是根据牛顿law has very little引力效应对光。Einstein展示this fact by均值of数学and not by实验。与astronomers不合语法的proved by实验that Einstein was right。