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Medialink blockchain
Publish: 2021-05-08 23:39:18
1. Unknown_Error
2. Magic iron and pure gold are valuable. But you need to see the right time. Because the WLK project is very powerful, some people will go to the project. There are few ores in several stages, so the price is very high. When the secret silver ingot is at its peak, a group of 75g magic iron ingots are sold in Taiwan clothes, and the refined gold ingots are between 45 and 50. You know, a single person's project needs to consume more than 2000 g of these three minerals, Besides, the secret silver, which is not included in jewelry, is relatively rare, while the other two kinds of minerals are rarely available in Outland, so if the price is high, the owner of the building can ask if he has any doubts and hope to adopt them
3. When it comes to Newton, the founder of modern science, people may think that he must have been a "prodigy", "genius" and had extraordinary intelligence when he was a child. In fact, Newton's childhood was weak and his brain was not smart. When I was studying in my hometown, I didn't study very hard, and my grades in class were inferior. But his interest is extensive, and his ability to play is higher than that of ordinary children
Newton loved making mechanical models, such as windmills, waterwheel, sundials and so on. He carefully made a water clock with accurate timing, which was praised by people. Sometimes, the way he plays is also very strange. One day, he made a lantern and hung it on the tail of a kite. When night falls, the lighted lantern rises into the air by the rising force of the kite. Luminous lanterns in the air flow, people were surprised, thought that there was a comet. Nevertheless, because of his poor academic performance, he is often discriminated against<
at that time, the British hierarchy system in feudal society was very serious, and the good students in primary and secondary schools could discriminate against the poor students. There was a game between classes when everyone was in high spirits. A good student kicked Newton and called him a fool. Newton's heart was so irritated and angry. He thought, we are both students, why am I bullied by him? I must surpass him! From then on, Newton made up his mind to study hard. He gets up early and goes to bed late. He studies hard and thinks hard. After hard study, Newton's academic performance continued to improve, and soon surpassed the classmate who had bullied him, ranking at the top of the class
time treats people equally and gives them the same amount, but people make different use of time and gain different knowledge< When Newton was 16 years old, his knowledge of mathematics was very superficial, and he didn't even understand the advanced knowledge of mathematics“ Knowledge lies in accumulation, intelligence comes from learning ". Newton made up his mind to climb the peak of mathematics by his own efforts. Under the unfavorable conditions of poor foundation, Newton could correctly understand himself and advance in the face of difficulties. He started from the basic knowledge and basic formula, and made solid progress step by step. After studying Euclidean geometry, he studied Descartes geometry. By contrast, he thought Euclidean geometry was superficial, so he studied Descartes geometry carefully until he mastered the essentials. So he invented the binomial theorem of algebra. It is said that Newton's story of "calculating wind force in a big storm" can prove Newton's body mechanics. One day, there was a big storm. The wind is blowing in the wild, the st is flying, and the mystery is long, which makes it difficult to open one's eyes. Newton thought it was a good opportunity to study and calculate the wind accurately. So he took the equipment and ran back and forth in the storm alone. He was staggering and struggling to measure. Several times the st lost his eyes, several times the wind blew away the paper, several times the wind made him have to stop working, but did not shake his desire for knowledge. Over and over again, he finally got the right data. He was so happy that he ran home to continue his research
where there is a will, there is a way. After hard study, Newton laid a solid foundation for his scientific tower. Soon Newton's mathematical tower was built. He invented differential calculus at the age of 22 and integral calculus at the age of 23
Newton was a very modest man, never conceited. Newton was once asked, "what's the secret of your success?" Newton replied, "if I have a small achievement, there is no other secret but diligence."< On January 4, 1643, Newton was born in a farmhouse in wolthorpe, Lincolnshire, England. Newton was a premature child, weighing only three pounds at birth. The midwife and his family were worried about whether he would survive. No one expected that this seemingly insignificant little thing would become a giant of science and live to the age of 85
Newton's father died three months before he was born. When he was two years old, his mother remarried to a priest and left Newton with his grandmother. At the age of 11, her mother's later husband died, and her mother returned to Newton with her son and two daughters. Newton was silent and stubborn since he was a child. This habit may come from his family situation
from the age of about five, Newton was sent to public school. Newton was not a child prodigy when he was young. He had ordinary aptitude and average grades, but he liked reading books. He liked reading books that introced the manufacturing methods of various simple mechanical models, and was inspired by them. He made some strange gadgets by himself, such as windmills, wooden clocks, folding lanterns, and so on
it is said that little Newton, after understanding the mechanical principle of the windmill, built a model of a mill himself. He tied the mouse to a bicycle with wheels, and then put a grain of corn in front of the wheel, just where the mouse could not reach. Mice want to eat corn, they keep running, so the wheels keep turning; Once again, when he was flying a kite, there was a small light hanging on the rope. At night, the villagers were surprised to see that it was a comet; He also made a small water clock. Every morning, the small water clock will automatically drop water on his face to urge him to get up. He also likes painting and carving, especially sundials. His sundials are placed everywhere in the corner of the house and on the windowsill to check the movement of the sun's shadow< When Newton was 12 years old, he went to Grantham middle school, which is not far from home. Newton's mother had hoped that he would become a farmer, but Newton himself had no intention of this, and loved reading. As he grew older, Newton became more and more fond of reading, meditating and doing small scientific experiments. When he was studying in Grantham middle school, he once boarded in a pharmacist's home, which made him influenced by chemical experiments
Newton's academic performance in middle school was not outstanding. He just loved reading and was curious about natural phenomena, such as color, the movement of the four seasons of the sun and shadow, especially geometry, Copernicus's heliocentric theory and so on. He also takes reading notes in different categories, and likes to make ingenious small tools, tricks, inventions and experiments
at that time, the British society was permeated with new Christian ideas. Newton had two relatives who were both priests, which might affect Newton's religious life in his later years. From these ordinary environment and activities, we can't see that Newton was a child with outstanding talent
later, forced to live, his mother asked Newton to stop school and support his family. But Newton was so engrossed in his books whenever he had a chance that he often forgot to work. Every time his mother told him to go to the market together with his servant and get familiar with the business of doing business, he begged him to go to the street alone, while he hid behind the trees and read a book. Once, Newton's uncle became suspicious and followed Newton to the market. He found his nephew lying on the grass with his legs outstretched, concentrating on a mathematical problem. Newton's studious spirit moved his uncle, so his uncle persuaded his mother to let Newton return to school, and encouraged him to go to university. Newton went back to school, hungry to absorb the nutrition of books. Once, he went to the countryside to play, and then leaned under an apple tree to rest. Suddenly, an apple fell from the tree. He wondered why the apple fell from the top instead of from the bottom up? With this doubt, he returned home to study. Later, he found out that the earth has gravity and can absorb objects. Then came Newton's physical gravitation< In 1661, 19-year-old Newton entered Trinity College of Cambridge University as a fee recing student. He paid his tuition by doing chores for the college. He became a scholarship winner in 1664 and a bachelor's degree in 1665
in the middle of the 17th century, the ecation system of Cambridge University was still permeated with a strong smell of medieval scholasticism. When Newton entered Cambridge, he still taught some scholasticism courses, such as logic, ancient prose, grammar, ancient history, theology and so on. Two years later, a new atmosphere appeared in Trinity College. Lucas created a unique lecture, which required the teaching of natural science knowledge, such as geography, physics, astronomy and mathematics< Isak barrow, the first professor of the lecture, was a learned scientist. This scholar had a unique insight, and saw that Newton had deep observation and keen understanding. So he taught Newton all his mathematical knowledge, including the method of calculating the area of curve graph, and led Newton to the research field of modern natural science
ring this period of study, Newton mastered arithmetic and trigonometry, read Kepler's optics, Descartes' geometry and principles of philosophy, Galileo's dialogue between the two world systems, Hooke's Atlas of microscopes, the history of the Royal Society and the early Journal of philosophy, etc
Newton's time under Barrow's gate was a critical period for his study. Barrow is 12 years older than Newton and is good at mathematics and optics. He highly appreciates Newton's talent and thinks that Newton's mathematics is better than himself. Later, Newton recalled, "Dr. barrow taught courses on kinematics. Maybe it was these courses that prompted me to study this problem."< At that time, Newton relied largely on self-study in mathematics. He studied Euclid's geometry, Descartes's geometry, Wallis's infinite arithmetic, Barrow's lecture notes on mathematics, Veda and many other mathematicians' works. Among them, Descartes's geometry and Wallis's infinite arithmetic had decisive influence on Newton, which quickly led Newton to the forefront of mathematics at that time analytic geometry and calculus. In 1664, Newton was selected as Barrow's assistant. The following year, the Council of Cambridge University approved the decision to grant Newton a bachelor's degree< From 1665 to 1666, a serious plague swept through London. Cambridge was not far from London. For fear of spreading the plague, the school was closed. Newton left school and returned home in June 1665
because Newton was influenced and cultivated by mathematics and Natural Science in Cambridge, he had a strong interest in exploring natural phenomena, and the quiet environment of his hometown made his thoughts fly. The short period from 1665 to 1666 became the golden years of Newton's scientific career. He was full of ideas and talents in the field of natural science. He thought about problems that had never been considered before, stepped into fields that had not been involved before, and created unprecedented achievements< At the beginning of 1665, Newton established the series approximation method and the rule of transforming binomial of any power into a series; In November of the same year, the positive current number method (differential) was established; In January of the next year, we used prism to study color theory; In May, we began to study the reflux number method (integral). In this year, Newton began to think about the problem of gravity, and wanted to extend the theory of gravity to the orbit of the moon. He also deced from Kepler's law that the force that keeps planets in their orbits must be inversely proportional to the square of their distance from the center of rotation
Newton loved making mechanical models, such as windmills, waterwheel, sundials and so on. He carefully made a water clock with accurate timing, which was praised by people. Sometimes, the way he plays is also very strange. One day, he made a lantern and hung it on the tail of a kite. When night falls, the lighted lantern rises into the air by the rising force of the kite. Luminous lanterns in the air flow, people were surprised, thought that there was a comet. Nevertheless, because of his poor academic performance, he is often discriminated against<
at that time, the British hierarchy system in feudal society was very serious, and the good students in primary and secondary schools could discriminate against the poor students. There was a game between classes when everyone was in high spirits. A good student kicked Newton and called him a fool. Newton's heart was so irritated and angry. He thought, we are both students, why am I bullied by him? I must surpass him! From then on, Newton made up his mind to study hard. He gets up early and goes to bed late. He studies hard and thinks hard. After hard study, Newton's academic performance continued to improve, and soon surpassed the classmate who had bullied him, ranking at the top of the class
time treats people equally and gives them the same amount, but people make different use of time and gain different knowledge< When Newton was 16 years old, his knowledge of mathematics was very superficial, and he didn't even understand the advanced knowledge of mathematics“ Knowledge lies in accumulation, intelligence comes from learning ". Newton made up his mind to climb the peak of mathematics by his own efforts. Under the unfavorable conditions of poor foundation, Newton could correctly understand himself and advance in the face of difficulties. He started from the basic knowledge and basic formula, and made solid progress step by step. After studying Euclidean geometry, he studied Descartes geometry. By contrast, he thought Euclidean geometry was superficial, so he studied Descartes geometry carefully until he mastered the essentials. So he invented the binomial theorem of algebra. It is said that Newton's story of "calculating wind force in a big storm" can prove Newton's body mechanics. One day, there was a big storm. The wind is blowing in the wild, the st is flying, and the mystery is long, which makes it difficult to open one's eyes. Newton thought it was a good opportunity to study and calculate the wind accurately. So he took the equipment and ran back and forth in the storm alone. He was staggering and struggling to measure. Several times the st lost his eyes, several times the wind blew away the paper, several times the wind made him have to stop working, but did not shake his desire for knowledge. Over and over again, he finally got the right data. He was so happy that he ran home to continue his research
where there is a will, there is a way. After hard study, Newton laid a solid foundation for his scientific tower. Soon Newton's mathematical tower was built. He invented differential calculus at the age of 22 and integral calculus at the age of 23
Newton was a very modest man, never conceited. Newton was once asked, "what's the secret of your success?" Newton replied, "if I have a small achievement, there is no other secret but diligence."< On January 4, 1643, Newton was born in a farmhouse in wolthorpe, Lincolnshire, England. Newton was a premature child, weighing only three pounds at birth. The midwife and his family were worried about whether he would survive. No one expected that this seemingly insignificant little thing would become a giant of science and live to the age of 85
Newton's father died three months before he was born. When he was two years old, his mother remarried to a priest and left Newton with his grandmother. At the age of 11, her mother's later husband died, and her mother returned to Newton with her son and two daughters. Newton was silent and stubborn since he was a child. This habit may come from his family situation
from the age of about five, Newton was sent to public school. Newton was not a child prodigy when he was young. He had ordinary aptitude and average grades, but he liked reading books. He liked reading books that introced the manufacturing methods of various simple mechanical models, and was inspired by them. He made some strange gadgets by himself, such as windmills, wooden clocks, folding lanterns, and so on
it is said that little Newton, after understanding the mechanical principle of the windmill, built a model of a mill himself. He tied the mouse to a bicycle with wheels, and then put a grain of corn in front of the wheel, just where the mouse could not reach. Mice want to eat corn, they keep running, so the wheels keep turning; Once again, when he was flying a kite, there was a small light hanging on the rope. At night, the villagers were surprised to see that it was a comet; He also made a small water clock. Every morning, the small water clock will automatically drop water on his face to urge him to get up. He also likes painting and carving, especially sundials. His sundials are placed everywhere in the corner of the house and on the windowsill to check the movement of the sun's shadow< When Newton was 12 years old, he went to Grantham middle school, which is not far from home. Newton's mother had hoped that he would become a farmer, but Newton himself had no intention of this, and loved reading. As he grew older, Newton became more and more fond of reading, meditating and doing small scientific experiments. When he was studying in Grantham middle school, he once boarded in a pharmacist's home, which made him influenced by chemical experiments
Newton's academic performance in middle school was not outstanding. He just loved reading and was curious about natural phenomena, such as color, the movement of the four seasons of the sun and shadow, especially geometry, Copernicus's heliocentric theory and so on. He also takes reading notes in different categories, and likes to make ingenious small tools, tricks, inventions and experiments
at that time, the British society was permeated with new Christian ideas. Newton had two relatives who were both priests, which might affect Newton's religious life in his later years. From these ordinary environment and activities, we can't see that Newton was a child with outstanding talent
later, forced to live, his mother asked Newton to stop school and support his family. But Newton was so engrossed in his books whenever he had a chance that he often forgot to work. Every time his mother told him to go to the market together with his servant and get familiar with the business of doing business, he begged him to go to the street alone, while he hid behind the trees and read a book. Once, Newton's uncle became suspicious and followed Newton to the market. He found his nephew lying on the grass with his legs outstretched, concentrating on a mathematical problem. Newton's studious spirit moved his uncle, so his uncle persuaded his mother to let Newton return to school, and encouraged him to go to university. Newton went back to school, hungry to absorb the nutrition of books. Once, he went to the countryside to play, and then leaned under an apple tree to rest. Suddenly, an apple fell from the tree. He wondered why the apple fell from the top instead of from the bottom up? With this doubt, he returned home to study. Later, he found out that the earth has gravity and can absorb objects. Then came Newton's physical gravitation< In 1661, 19-year-old Newton entered Trinity College of Cambridge University as a fee recing student. He paid his tuition by doing chores for the college. He became a scholarship winner in 1664 and a bachelor's degree in 1665
in the middle of the 17th century, the ecation system of Cambridge University was still permeated with a strong smell of medieval scholasticism. When Newton entered Cambridge, he still taught some scholasticism courses, such as logic, ancient prose, grammar, ancient history, theology and so on. Two years later, a new atmosphere appeared in Trinity College. Lucas created a unique lecture, which required the teaching of natural science knowledge, such as geography, physics, astronomy and mathematics< Isak barrow, the first professor of the lecture, was a learned scientist. This scholar had a unique insight, and saw that Newton had deep observation and keen understanding. So he taught Newton all his mathematical knowledge, including the method of calculating the area of curve graph, and led Newton to the research field of modern natural science
ring this period of study, Newton mastered arithmetic and trigonometry, read Kepler's optics, Descartes' geometry and principles of philosophy, Galileo's dialogue between the two world systems, Hooke's Atlas of microscopes, the history of the Royal Society and the early Journal of philosophy, etc
Newton's time under Barrow's gate was a critical period for his study. Barrow is 12 years older than Newton and is good at mathematics and optics. He highly appreciates Newton's talent and thinks that Newton's mathematics is better than himself. Later, Newton recalled, "Dr. barrow taught courses on kinematics. Maybe it was these courses that prompted me to study this problem."< At that time, Newton relied largely on self-study in mathematics. He studied Euclid's geometry, Descartes's geometry, Wallis's infinite arithmetic, Barrow's lecture notes on mathematics, Veda and many other mathematicians' works. Among them, Descartes's geometry and Wallis's infinite arithmetic had decisive influence on Newton, which quickly led Newton to the forefront of mathematics at that time analytic geometry and calculus. In 1664, Newton was selected as Barrow's assistant. The following year, the Council of Cambridge University approved the decision to grant Newton a bachelor's degree< From 1665 to 1666, a serious plague swept through London. Cambridge was not far from London. For fear of spreading the plague, the school was closed. Newton left school and returned home in June 1665
because Newton was influenced and cultivated by mathematics and Natural Science in Cambridge, he had a strong interest in exploring natural phenomena, and the quiet environment of his hometown made his thoughts fly. The short period from 1665 to 1666 became the golden years of Newton's scientific career. He was full of ideas and talents in the field of natural science. He thought about problems that had never been considered before, stepped into fields that had not been involved before, and created unprecedented achievements< At the beginning of 1665, Newton established the series approximation method and the rule of transforming binomial of any power into a series; In November of the same year, the positive current number method (differential) was established; In January of the next year, we used prism to study color theory; In May, we began to study the reflux number method (integral). In this year, Newton began to think about the problem of gravity, and wanted to extend the theory of gravity to the orbit of the moon. He also deced from Kepler's law that the force that keeps planets in their orbits must be inversely proportional to the square of their distance from the center of rotation
4. Enchant material + ore, and the material used for inscriptions. The price is not easy to say. It depends on the population you serve
5. Every district has different points, so the price can't be said to be the same, so I can't tell you the profit per hour.
now it must be that the people who are mining raw materials and burning iron ore (very few) recommend going to Oldham Twilight highland to do the task are far more busy than Oldham (I don't know why, in short, twilight highland is really livelier than Oldham, not suitable for your double mining) You can mine Verbena in Oldham by the way, but my experience in mining in Oldham is to dig a circle around the mountain. Almost all of the mines are in that circle. I use the magic box collection assistant and then go to the middle to look for ore. at this time, I can collect some medicine by the way, or it's valuable. There's a large demand for it. I found that since the Union had a big pot of herbal medicine, I've reced the price< But Verbena is not the most expensive medicine. The most expensive medicine should be the flower of the soul and the mushroom, because most of them go to collect the twilight jasmine and Verbena, and the rare is the most expensive.
whether it is smelted into ingots or not depends on the price of the auction house on the return journey. Generally, it is more profitable to sell the ore directly, and it sells faster, because the jewelry processing people wait for the ore to explode.... But sometimes ingots are more expensive, forging or something. If you are short of ingots, you can sell them more expensive and others can buy them
now it must be that the people who are mining raw materials and burning iron ore (very few) recommend going to Oldham Twilight highland to do the task are far more busy than Oldham (I don't know why, in short, twilight highland is really livelier than Oldham, not suitable for your double mining) You can mine Verbena in Oldham by the way, but my experience in mining in Oldham is to dig a circle around the mountain. Almost all of the mines are in that circle. I use the magic box collection assistant and then go to the middle to look for ore. at this time, I can collect some medicine by the way, or it's valuable. There's a large demand for it. I found that since the Union had a big pot of herbal medicine, I've reced the price< But Verbena is not the most expensive medicine. The most expensive medicine should be the flower of the soul and the mushroom, because most of them go to collect the twilight jasmine and Verbena, and the rare is the most expensive.
whether it is smelted into ingots or not depends on the price of the auction house on the return journey. Generally, it is more profitable to sell the ore directly, and it sells faster, because the jewelry processing people wait for the ore to explode.... But sometimes ingots are more expensive, forging or something. If you are short of ingots, you can sell them more expensive and others can buy them
6. In fact, if you care, it's not the mines in Outland that are the most valuable. The most valuable things we serve now are Mitsui and seyin. Mitsui is between 40 and 50, and seyin is above 40. The mines in Outland are all two in one. Although you have big birds, the speed is not faster than that in mainland China. Moreover, if you haggle over everything, there must be monsters around the mines in Outland. If you go to mine, because the grades are almost the same, you will definitely attract monsters and fight to the death. In mainland China, such a thing will not happen. Even if it is strange, you can still be strange in 70 seconds. What's more, why is Mitsui and seyin valuable? Because players with Chong skills can use these mines, but now they are mainly active in Outland, looking for all kinds of FB, waiting for guild activities or battlefields. This also makes a lot of people who want to be professional can only buy ore, and have no time to mine. Many people around me choose majors like (Engineering, jewelry) and (forging, jewelry). Although they earn money in the later stage, it's obvious that they can only rely on buying minerals. This is also the reason why the price of Mithril and sayin has increased. Finally, I'll give you another piece of news. Now I'm in Taifu, where the price of Mitsui has stabilized at 70g. It's absolutely not hearsay. And the price of high-grade ore there is about 40g. Therefore, the higher the grade, the cheaper the high grade mine will be, while the price of the low grade mine will rise
7. The token needs to be authenticated with someone else's ID card
8. Unknown_Error
9. According to the information provided, it has no effect on you. However, because you use someone else's ID card to reserve rat coin, you need to use the registered ID card to collect or collect it on your behalf. Because of the abandonment, it still has a certain impact on the reputation of the person registered with the ID card.
10. There is no upper limit. It is recommended to play a proper amount of games. Too much is easy to hurt.
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