Найдите все глаголы в past simple Marie Curie was born Maria Sklodowski in Warsaw, Poland in 1867. She was the youngest of five children.
Her parents worked as teachers and they brought her up to love learning. Her mother died in 1877. Manya, as they called her, and her sisters had to get jobs.
Manya became a tutor for a family. She enjoyed her time there and could send money to her father and her sister, Bronya, who was studying medicine in Paris.
When her sister got married, she invited Manya to live with them and study at the Sorbonne. It was then that she changed her name to Marie.
Marie studied Physics and Maths and got her Master’s degree in both fields. When she graduated from university, she started research into magnetism.
It was at that time she met Pierre Curie, a young scientist. They fell in love immediately and got married. Marie moved to his house and they both started examining uranium and other elements to find out if these substances were radioactive.
It took them four years to isolate the radioactive source which she named radium. For this, they won a Nobel Prize in Physics in 1903. In 1906, her husband died in an accident and Marie got the position they had offered him at the Sorbonne.
In 1911, she got a Nobel Prize in Chemistry. During World War I, she designed the first mobile X-Ray machine and travelled with it along the front lines.
Marie died in July 1934 in Paris. She died of radiation poisoning. She worked hard and proved that if a person keeps to their goals, they will succeed. For her, success came with the two Nobel Prizes she received and the fact that she was the first woman to ever get one. We all owe her our respect and admiration.

This generation gap is much more important now than at other times. Many new technologies were brought to out world. Morals changed too. If in the 1960s, 1970s, 1980s children were taught to be modest, humble, kind, what do modern children see in the Internet. They see inappropriate material in the Internet, learn that money is the key to everything. Of course this make difficulties in children-parent conversations and understanding. Also parents see what's happening to our world and try to overprotect their children. The latter, as good as they can be, will rebel, just to try something new. This will result in misunderstanding.

The last decades into life of many European cities included the XIX century electric lighting. Having appeared at first on streets and the areas, it got into each house soon, to each apartment and became an integral part of life of each civilized person. It was one of the major events in the history of the equipment, having huge and diverse consequences. Rapid development of electric lighting led to mass electrification, revolution in an energy drink and to large shifts in the industry. However all this could not happen if efforts of many inventors didn't create device such ordinary and habitual for us as an electric bulb. Among the greatest opening of human history it, undoubtedly, possesses one of the places of honor.
In the XIX century two types of electric lamps gained distribution: incandescent lamps and arc. Arc bulbs appeared a little earlier. Their luminescence is based on such interesting phenomenon, as вольтова an arch. If to take two wires, to connect them to rather strong source of current, to connect, and then to move apart on distance of several millimeters, between the ends of conductors something is formed like a flame with bright light. The phenomenon will be more beautiful and brighter if instead of metal wires to take two pointed coal cores. At rather big tension between them light of dazzling force is formed.
For the first time the phenomenon of a volt arch was observed in 1803 by the Russian scientist Vasily Petrov. In 1810 the same discovery was made by English physicist Devi. Both of them received вольтову an arch, using the big battery of elements, between the ends стерженьков from charcoal. Both that, and another wrote that вольтова the arch can be used for lighting. But before it was necessary to find more suitable material for electrodes as cores from charcoal burned down in some minutes and were of little use for practical use. Arc lamps had also other inconvenience — in process of burning out of electrodes it was necessary to move constantly them towards each other. As soon as the distance between them exceeded a certain admissible minimum, light of a lamp became rough, it started flickering and died away.