Tuesday, April 21, 2020

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Welcome to the global web. Today, in this article, I will tell you and discuss the information about What is cancer?


Cancer is a group of diseases characterized by the growth of abnormal cells with the ability to invade or spread to other parts of the body. These differ from benign tumors, which do not spread. Possible signs and symptoms include numbness, abnormal bleeding, chronic cough, unexplained weight loss, and changes in bowel movements. While these symptoms may indicate cancer, there may be other causes.  Another 10% are due to obesity, poor diet, lack of physical activity or excessive alcohol consumption. Other factors include some infections, exposure to ionizing radiation and environmental pollutants. In developing countries, 15% of cancers are caused by infections such as Helicobacter pylori, Hepatitis B, Hepatitis C, Human papillomavirus infection, Epstein-Barr virus, and human immunodeficiency virus (HIV). These factors work to some extent by altering the genes of the cell. In general, many genetic changes are required before cancer can develop. About 5 to 10% of cancers are caused by genetic defects inherited from a person's parents. Cancer can be detected by certain signs and symptoms or tests. It is usually examined by medical imaging and confirmed by biopsy.


 What is cancer?

Many cancers can be prevented by smoking, maintaining a healthy weight, abstaining from alcohol, eating too many vegetables, fruits, and whole grains, avoiding some infectious diseases, eating too much red and processed meat, and overeating. Exposure to sunlight. . . Early detection is useful for the detection of cervical and colon cancer. The benefits of screening for breast cancer are controversial. Cancer is often treated with a combination of radiation therapy, surgery, chemotherapy, and targeted therapy. Pain and pathological management are an important part of care. Palliative care is very important in people with advanced disease. The likelihood of survival depends on the type of cancer and the extent of the disease at the beginning of treatment. In children younger than 15 years of age at diagnosis, the 5-year survival rate in the developed world is an average of 80%.
In 2015, approximately 90.5 million people had cancer. Each year, approximately 14.1 million new cases occur (no skin cancer except melanoma). This accounts for approximately 8.8 million deaths (15.7% of deaths). The most common types of cancer in men are lung cancer, prostate cancer, colorectal cancer, and colon cancer. In women, breast cancer, colorectal cancer, lung cancer, and cervical cancer are the most common types. If skin cancer is included in all new cases of melanoma along with melanoma each year, this represents approximately 40% of cases. In children, severe lymphoblastic leukemia and brain tumors are more common in non-Hodgkin lymphoma, except in Africa. The risk of cancer increases significantly with age and most cancers occur in developed countries. As people live to old age, rates increase and lifestyle changes occur in developing countries. Cause
Causes of cancer
The proportion of tobacco-related cancer deaths in 2016.
In about 90-95% of cases, most cancers are caused by genetic alterations in environmental and lifestyle factors. The environment represents a genetically inherited lifestyle, economic and behavioral factors rather than pollution. Common environmental factors that cause death from cancer are tobacco (25–30%), diet and esophagus (30–35%), infection (15–20%), radiation (ionization and ionization, up to 10%). Lack of physical activity and pollution. Psychological stress does not appear to be a risk factor for the development of cancer, although it may worsen the outcome for those who already have cancer.
Generally, it is not possible to show what causes a particular cancer because there are no specific fingerprints for different reasons. For example, if a person who develops tobacco develops lung cancer, it is most likely caused by tobacco use, but since everyone develops lung cancer as a result of air pollution or radiation, one of them can develop cancer. Reasons. Cancer is not usually infectious except for rare infections with pregnancy and topical organ donors.
Chemical products
More info: Alcohol and Cancer and Smoking and Cancer.
The incidence of lung cancer from smoking is highly correlated.
Exposure to specific substances has been linked to specific types of cancer. These substances are called carcinogens.
 It causes cancer of the larynx, head, neck, stomach, bladder, kidneys, esophagus and pancreas. Tobacco smoke contains more than fifty known carcinogens, including nitrosamine and polycyclic aromatic hydrocarbons.
Tobacco is one of the five causes of cancer worldwide and one in three in the developed world. Ung lung cancer deaths in the United States reflect a pattern of smoking, with an increase in smoking, an unprecedented rise in lung cancer mortality, and, more recently, smoking rates since the 1950s. Decreased since 1990, thereafter decreased lung cancer mortality in men.
In Western Europe, 10% of cancers in men and 3% of cancers in women are due to alcohol exposure, most notably the liver and digestive tract cancer. Exposure to work-related substances causes cancer in 2 to 20% of cases, killing at least 200,000 people. Lung cancers like lung cancer and mesothelioma are caused by exposure to tobacco smoke or asbestos fibers or benzene from leukemia.

 What is cancer?

Diet and exercise
Main article: Diet and cancer.
Diet, physical inactivity and escalation are associated with up to 30–35% of cancer deaths the UK study has data from more than 5 million people, showing that a high body mass index is associated with at least 10 types of cancer and causes about 12,000 cases each year in that country. Physical inactivity is believed to contribute to cancer risk, not only through its effects on body weight but also through adverse effects on the immune system and the endocrine system. More than half the impact of food is due to malnutrition (eating more) than eating too few vegetables or other healthy foods.
Certain foods are related to specific cancers. A high salt diet is associated with gastric cancer. Aflatoxin B1 is a common food contaminant that causes liver cancer. Chewing betel nut causes oral cancer. National differences in dietary patterns may partly explain differences in cancer incidence. For example, a high salt diet makes gastric cancer more common in Japan, and colon cancer is more common in the United States
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Welcome to the global web. Today, in this article, I will tell you and discuss the information about How old does an elephant lives?


The placenta of the order Proboscia is a family of mammals or elephants (Elephantidae). Previously, they were classified as invalid and other thick-skinned mammals. Nowadays there are three species and many subspecies. In the extinct generations of this family, mammals are unique.
Indian wild elephant from Munnar and Mariyoor forests in Kerala
Calf African Savannah Elephant (Loxodonta Africa), Kruger National Park, South Africa
Elephants are the largest land animals of today. The gesture period is twenty-two months, the longest of any land animal. Birth weight is usually 118 kg.
How old does an elephant live?

They usually live for fifty to seventy years, but ancient records record a maximum life span of eighty-two years. The largest elephant recorded, weighing 11,000 kg (Angola, 1956), reaches a height of 4 3.40 meters on the shoulders. , One meter longer than the average African elephant. The smallest elephant, about the size of a calf or large pig, was a prehistoric species on the island of Crete, on the island of Crete during the Pleistocene.
The elephant brain, which weighs about 5 kilograms, is the largest of all earth animals. This can be attributed to a variety of intelligence-related behaviors, such as death, altruism, adoption, sports, equipment use, 7 compassion, and self-identification. Elephants can be equated with other intelligent species such as Italians 9 and some primates. The largest area of ​​his brain is responsible for hearing, taste and movement.
List
1 current styles
2 Characteristics and behavior of current species
3 Facts and Myths
4 elephants in battle
5 Classification
6 See also
7 References
8 External links
Current styles
The head extension of an African elephant
Today's elephants are classified into two distinct tribes, the Loxodonta (African Elephant) and the Elephants (Asian Elephant) of two different tribes. Two species are scientifically recognized, one for each species, but currently, there is debate among scientists as to whether two African subspecies are actually two different species, in which case we have all three elephant species. The following species and subspecies are identified they show a well-developed nasal extension, called proboscis (commonly called a tube), which gives them great mobility and tenderness, thanks to the developed muscle (which has about 150,000 muscles). The trunk is a combination of the elephant's nose and upper lip, and serves many functions, including breathing and sniffing:
It is so delicate that it separates shapes and textures by touching anything.


How old does an elephant live?

It emits a wide variety of sounds (bars), including 
With this, he grows food from the ground or up to 6 or 7 meters.
They use it to suck the water they put in their body to drink or cool.
The nasal canal runs along the tube, and because it has the best smell in the world, they pick it up in the air to feel the distance.
Elephants also have teeth, which are actually insiders; They extend from its upper jaw and curve at the edges of the tubule. They use it to clear a path, identify trees (a way to mark their territory), dig and attack, and defend themselves if needed. The trunk of the elephant is a major source of teeth, but due to the rarity of elephants, almost all hunting and trafficking are now illegal. However, when there are not enough resources to enforce the law, elephant tusks continue to do business in the black market. This suggests that elephants are being killed today to achieve such a purpose. To do this, elephants weigh up to 120 kg and are up to 3 meters long, although they are usually less than one meter. These are not pointe dog teeth, but very long cuts and teeth that make them.
Another major feature of elephants is that they have larger ears (in African elephants than Asians). The main function of these ears is control of the animal. Because they are highly vascular, they allow the proper cooling of blood, which is difficult to achieve by other methods in animals of this volume. It has the ability to understand infrasonic sounds, which allows it to communicate with people who are many kilometers away. These sounds, with only five Hertz frequency enzymes (which are impossible for humans to hear), are transmitted by air and earth and can be detected by the feet before reaching the animal's ear because the speed of sound propagation is greater than that of the earth. This interval in the reception of the sound covers the distance to serve the elephant, with its cone on it.
Comparative approach to man (1860)
They feed exclusively on herbs, tree bark and some shrubs, of which they can eat up to two hundred kilograms a day. These are the largest land mammals today in terms of size and weight. Adult African males weigh 7,500 kg, although the known record is 11,000 kg. They usually last for sixty and seventy years (sometimes more than seventy years). About 3. Free elephant has no age record; In very rare cases he is estimated to have reached 90 years of age. The famous Asian elephant who served for the Chinese expedition in the Second Sino-Japanese War was held captive by Lin Wang, as well as "meeting" senior Chinese military officers such as "Li" and participating in other military campaigns. Jen died in 2003 when he was eighty.
The elephant produces a wide variety of sounds, with which it expresses different emotions. The most famous is the bar, which he does when he is scared.
Most elephant knowledge and neuroanatomy students believe that elephants are very intelligent and self-aware. From this point of view, 15 other people are competing. 
African elephant mammal, which is the gestation period, about twenty-two months, 18 and about 115 kg at birth.

How old does an elephant live?

Friday, April 17, 2020

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Welcome to the global web. Today, in this article, I will tell you and discuss the information about Spanish synonyms of "wildlife": fauna, wildlife, wildlife, and flora, wildlife


Fauna is a group of animal species that live in a geographical area, characteristic of the geological period. It depends on the abiotic and biotic factors. Of these, the possible relationship of competition or predation between species stands out. Animals are generally sensitive to disturbances that alter their habitat; Therefore, changes in the organisms of an ecosystem represent changes in one or more of its factors.
List
1 wild or wild creatures
2 phones in the breeding process
3 See also
4 External links
Wild or wild creatures
Main article: Wildlife


Spanish synonyms of "wildlife": fauna, wildlife, wildlife, and flora, wildlife


Species living in an ecosystem or biotope can be classified into different types according to geographical origin. A wild or wild creature lives freely and is not a domesticated animal.
Fauna in the process of domination
In the dominant process, organisms are made of wild animals, whether domestic, foreign or imported, held captive, or in zoos in semi-captive conditions, under the control of humans, which have passed on for generations. Characters lose the forest to become domestic and then exploited for purposes. They belong to this group of populations, such as the Koipo or Creole Otter, Chinchilla, Silver Fox, Mink, etc., because they are not yet considered indigenous species and should be classified for their management by Zacharia. Types of wild populations are included. And, therefore, managed as wild species of a particular geographical area. 
Spanish synonyms of "wildlife": fauna, wildlife, wildlife, and flora, wildlife


 What is the wildlife of a country? It is a set of animals (mammals, birds, reptiles, amphibians and invertebrates) that live in and out of human control independent of the natural environment.
. What is the importance of wildlife in the country? • It is part of the ecological balance  To assist human beings in their agricultural activities • Socio-economic importance • Tourism attractions • Sports activities • Scientific value • Commercial value
 What is Wildlife? Goods: Services: - Food for Food - Human Ecosystem Management: Interviews - Leather and Fur Skins - Tours - Crafts Products - Organizing Sports - Investing - Investing - Health Organic-Environmental Educational Use. Revisions: - Multiple use of electoral commissions - Regulation of financial control - Use of ecotones
 Impact: Forest operations: habitat destruction. Agriculture: Pests. Cattle: Diseases and their transmission. Sisters: Lost. The human population: Expanding urban areas. Info: Large civil works structure. Mining: Pollution and destruction of habitats.
 Why is it important for integrity? WILDLIFE VS TRADITIONAL LIVESTOCK  Growth in population Increase in agricultural margin Live margin for livestock

Spanish synonyms of "wildlife": fauna, wildlife, wildlife, and flora, wildlife

 Comparison of productivity between cattle and wildlife
 Capacity of breeding and meat production between and beef cattle under natural conditions. Fertility of Chiguir beef cattle a. Pregnancy (day) 150 278 B. Litter size 4 1 c. Birth / year 1.5 0.5 d. Maternal weight (kg) 40 350 e. Birth Weight (Kg) 1.5 28 Calculated Capacity 0.23 0.04 Meat Production Capacity a. Personal growth rate (GR / day) 62 203 B. Slaughter weight (kg) 40 363 c. Daily Growth / Slaughter Weight (%) 0.16 0.056 e. Channel gain 0.52 0.45 f. Meat production capacity 10.4 36.3 people (kg) Meat production capacity / kg 0.26 0.10
 Cattle and other breeds capabilities Res Fauna Res Lapa Iguana Picture Bookiro Adult weight 180 kg 7 to 12 kg 3 kg 4 to 7 kg 30 kg 190 kg (10 600 kg (400 120 kg)) (4.5 weight 24 years old) 4.5 years 180 kg 216 kg Heirs) Children) 12 months to 24 months 36 months 6 to 7 months Average breeding month 280 days Duration 135-140 days 90 days 112 days 150 Days Average Pregnancy / 10 to -85 Parties Incubation 1 / Year 1 1 E2 Eggs 2 1 A2 (Average 35) No. 2 Children Maximum 1 (2.2) 30 - 40 2 - 92 Time 24 5 37 911 Crop (Month)> 75 Species Yield 4 - Y Yield 900 grams 70 60 (%) carcass per year
The Act on Wildlife Conservation created in 1970 Article 1: This Act applies to • Conservation, rational use of wildlife and its products, and hunting practices.
 Act on the Protection of Wild Fauna, Article 2, umes as wild creatures: 1. Mammals, birds, reptiles, and Bytracians live beyond the control of humans and in the natural environment, independently and with the power of possession. Not an object.
s.Excluded from law • Domestic animals, usually, animals raised in human care (herds, herds, herds) in public fields, stables or corridors. Aquatic animals with aquatic breathing. Ver Invertebrates. 

Spanish synonyms of "wildlife": fauna, wildlife, wildlife, and flora, wildlife

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Welcome to the global web. Today, in this article, I will tell you and discuss the information about What is 5G and what is the difference with 4G

We have been hearing about it for years because of the technological revolution that attracts the technological revolution and the specific fears it generates among those who do not understand it. Although it may not come until many years later, 5G will certainly begin to take its first steps in 2019, and operators and mobile manufacturers (such as Samsung, Huawei, Shiomi or LG among others) will announce its implementation.
There are still people who don't understand everything about 5G, not even some great power presidents, so we're going to explain what 5G really is, what the industry's new standard is, and what the difference is. With the current 4G LTE network.
What is 5G?
5G is the fifth generation of wireless communication technologies and standards, the Internet that allows you to connect devices such as your mobile phone to the network anywhere. Therefore, you do not have to think anything new about the term, as it is the evolution or development of the current 4G / LTE.
We got our first 5G video call: one last in Barcelona and one with a real Vodafone network.

What is 5G and what is the difference with 4G

In Mobile XATAKA
We got our first 5G video call: one last in Barcelona and one with a real Vodafone network
The idea behind this development is that you can telephone, write beforehand and, above all, surf the Internet at a much faster rate, allowing all devices to connect at the same time. Do you remember how slow your home wifi was a few years ago compared to now? Okay this is similar, but with a mobile connection.
In fact, because you are using your memory, you can still experience how much better your connection is when you start changing the mobile's 3G connectivity to take advantage of 4G. , You are able to navigate at a more powerful pace, which allows you to view existing websites without problems, as this is a new evolutionary leap.
This fifth-generation wireless communication tries to look at a website like opening another file on your mobile phone, and at such high speed we can upload videos in Ultra HD or 3D model without blinking. The official standard has already been approved and it is guaranteed to be 10-20 times faster than current mobile connections.
In this description, you will see that I am always talking about promises because this is a network that has not yet been implemented. The standard has been introduced, the first mobiles to support it have already been introduced, and operators such as Vodafone have already announced that they will begin releasing it. But you can't use it right now, so it remains to be seen whether those speed estimates are true from the beginning or if they are still taking a while to arrive.
We all know that 5G on paper is an important technology to avoid electromagnetic barriers in large urban areas today. With more devices connected, more capacity is required and more can be connected, for example, to support an ecosystem of always-connected smart cars, or faster Internet of Things.
5G Dilemma: Everyone is offering smartphones with 5G connectivity, but are we really interested now?
In XATAKA
5G Dilemma: Everyone is offering smartphones with 5G connectivity, but are we really interested now?
What's the difference with 4g
Speed ​​and latency

What is 5G and what is the difference with 4G

In this table, you will see the main differences between 4G, 4G + or LTE and 5G. The speed of the new standard is very fast, so you can download content without realizing it. This is theoretical data, so you can see low or high speed depending on the operator.
If you listen to Shiomi's presentation at MWC 2019, you'll see that at one point they promised that their first 5G mobile could reach speeds of over 2 GHz, meaning uploads or 15 downloads in just 1 second in full HD. It is also known that the ultimate peaks of technology are up to 20 Gbps (gigabytes per second).
But more important is still latency reduction. Latency is the time it takes to move a data packet over a network, the moment you take action. There are currently fewer delays, but 5G promises to reduce them between 1 and 2 milliseconds.
This means that the interaction with the Internet or the cloud becomes almost instantaneous. If added to the download speed, this means that if you click on a photo in the cloud, it will take longer to open the mobile phone as it already exists in your memory. Instant connectivity experience that can also revolutionize mobile apps.
In XATAKA
Among those who believe that 5G is killing Wi-Fi networks, they are actually saying that their consumption is increasing.
However, and as we mentioned earlier, 5G is not yet implemented. This means we can comment on it or comment on the benefits it causes, but we are not sure until it is implemented. And exploit it. At the moment we have seen shows like Remote-Assisted Surgery in real-time, in which the surgeon intervenes from miles away.
Chipmaker Qualcomm gave us a good summary of what 4G to 5G means. For them, 4G has helped people connect with each other, and 5G is a new leap, not only allowing people to "connect with everything around us", but also to promote communication, be it automotive, medical, health or home.
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Welcome to the global web. Today, in this article, I will tell you and discuss the information about Get to know the companies that bet on newspaper recycling


Beyond informing readers, the newspaper has been the subject of various uses for Colombians for decades. Among its various works, it stands as an art to cracking glass cleaner, glass wrap, floor dryer and even avocado. However, on top of the “experimental” way of reusing this paper, there are organizations dedicated to giving newspapers a second life.
According to the Ministry of Environment and Sustainable Development, Colombia is the pioneer in Latin America in implementing green development based on a circular economy and waste management. Approximately 700,000 tonnes of waste was used in 2018, including tons of newspapers in the country alone.
But what about working with waste and promoting a circular economy?
Planet Foundation Director Manuel Osa said in Bogot you can now find collection and storage centers that treat all kinds of materials, including newspapers, which means "positive for promoting a circular economy".
For this company that has been betting on sustainability for four years, paper recycling is one of its most important resources. According to Osa, newspapers are an easy material to categorize and work with, so that natural people and companies have their waste newspapers, which can be purchased at recycling centers for $ 300 or $ 500 per kilo.
EcoPlanet also provides environmental advice: This Colombian organization makes it clear that all companies should be involved in environmental protection efforts. Among its projects, the implementation and development of environmental management programs aimed at solid waste management are specialized; Recycling and efficient use of resources and supplies. Similarly, they provide environmental advice to companies to improve their processes. Papel El Verzel Strengthens Recycling: Through the process of buying and selling recyclable materials, Popots El Vergel, founded in Bogot in 1996, is trying to reach various companies with a broad portfolio of content recycling services. The company's offerings include paper recycling, glass, metal, wood and plastic recycling. Challenges of Kodippel: This Colombian company has a permanent portfolio that highlights the services of recycling and destroying files. The materials entering this company are processed with the highest standards of re-use. Recovery of materials such as glass, plastic, aluminum, newspapers and scrap metal is one of its main challenges.EcoPlanet also provides 
Get to know the companies that bet on newspaper recycling

environmental advice: This Colombian organization makes it clear that all companies should be involved in environmental protection efforts. Among its projects, the implementation and development of environmental management programs aimed at solid waste management are specialized; Recycling and efficient use of resources and supplies. Similarly, they provide environmental advice to companies to improve their processes. Papel  El Verzel Strengthens Recycling: Through the process of buying and selling recyclable materials, Popots El Vergel, founded in Bogot in 1996, is trying to reach various companies with a broad portfolio of content recycling services. The company's offerings include paper recycling, glass, metal, wood and plastic recycling. Challenges of Kodippel: This Colombian company has a permanent portfolio that highlights the services of recycling and destroying files. The materials entering this company are processed with the highest standards of re-use. Recovery of materials such as glass, plastic, aluminum, newspapers and scrap metal is one of its main challenges.

Get to know the companies that bet on newspaper recycling
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Welcome to the global web. Today, in this article, I will tell you and discuss the information about Table tennis (also known as ping pong or ping pong)


Table tennis (also known as ping-pong or ping-pong)  is a racquet sport, betting between two players or two (double) pairs. It is the Olympic sport of Seoul since 1988, and the sport with the most athletes, with over 40 million athletes competing with the toll boom.
Worldwide regulation of the sport is the responsibility of the International Table Tennis Federation (ITTF, Lawton Sos Sigils N'Engles), representing more than 200 national organizations and 33 million associations at all levels of competition. From the club tournaments to the Mundu Championship, every year from 1926 and biennially from 1957, the OL World Tour, a group of tournaments initiated by the ITTF, is held on all continents and is a very professional elite.
It originated in tennis in England in the 1870s. The history of the game is marked by technological developments such as the nature of the rocket's coating, the increase in ball size, the reduction or introduction of targets by the Judge, and the subsequent ban. The use of sharp glues, the consequences of which led to innovations in the Jugeu style, such as the Luz or "Kailasperu" of the Asian Dam, were originally the work of the Hungarian pole and the Derek Asian pole and driven work. Topps in the late 1980s. Modern table tennis offers dangerous and defensive tackling systems.
Although table tennis is associated with Asian countries, it is widely accepted that the sport originated in England in the last quarter of the 19th century. [4] Tennis players are more likely to encounter adverse weather conditions. They find a kind of micro-tennis using a pool or dining table, tennis club, and playing with both books or ropes. Some of the many models available for children's play, or even cork stoppers, serve as bare, pellets. Rockets are cigar box caps or children's bats. Jueru's Llenda Tale has entered Remedy. This edition features Gerald Guinan and Ron Croyden, two studios in the history of table tennis. University students quickly received the de saloon entry in Enga England. In 1884 the Company F. H. Ayers Limited (Frederick Henry Ayers) is already marketing a small ballroom tennis jug. British James Devonshire Patent, 9 October 1885, "Table Tennis", first known for the use of the term "table tennis". There is no evidence of commercialization. 

Table tennis (also known as ping pong or ping pong)

In 1891, the sportswear manufacturer John Excise patented Gosima, a jig, which was never accepted. Wood surface from Sulu with the invention of 21 points of gum and rubber balls. Gib huddled small capsules of celluloid into the N'Merica, making them aware of the immediate condition of the Judge. James Gibb has changed the name of Ping Pong to John Excise Limited. Ping's Niman Win Pol Sonuu is a celluloid ball of rocket and Sonya pong tail ball table covered in parchment sprouts. These parchment rockets have 45 cm long sleeves. 
After ping-pong in the early 20th century, it was sold by the Parker Brothers (Mousso de Los Ninos de-Indianapolis).
Already in 1901, England celebrated the Ping-Pong Tournament with a participation of 300 players and up to 25 liters in metal. The Ping Pong Association, based in England, has 500 players from 39 clubs around the country. From these early dates, the service was directly calculated by networks such as tennis, which were 17 cm long and 17.5 cm long. Doubles matches were designated as "four-way " polo. According to Selman (2.5 million units of AphroSimo) data from Phantom, tons of celluloid pellets were produced in Brantheim Essex and distributed by Toll Mund. 
In 1902, he began publishing the first magazine on the sport, The Table Tennis and Pastime Pioneer, which had weekly frequency and claimed 20,000 people every month.  Also in 1902 in Editions N'Gland and Ee. About 20 books with USA  instructions. A major English player in this field, he is instrumental in the development of world table tennis, a. Parker, p. Brownfield, p. Why. Warden, g. J. Ross, J. J. Pemo, J. Thompson, Wm. C., and A.T. Finney; The first point covered with rubber or rubber was patented by Frank Bryan in 1901 and sold to Sol Nom de Atropa. This type of rocket has been universally adopted for many years. The aluminum rocket also promises great speed, but it is very expensive and never sold. Iris and G. Yes. Bussy made miniature rockets like a tennis ball. They are well made and use very tight and high-quality pockets.
Internationalization and Regulation
In 1922, the new sport was already very popular in Europe and India, which is common in countries and regularly plays championships. In 1926, the English Table Tennis Association was established with nine rules and regulations, with Ivor Montagu elected president and Bill Pope secretary. When this union was founded, both Montagu and the Pope opened the  Campeduatu del Mundu in London, which held great status and was financially deprived in 1924 of 300 pounds. The championship mentee was conceived for the international tournament in Berlin with the participation of German, Austrian, Hungarian and English. Nessie failed to establish the Provisional International Table Tennis Federation and the 1st Front Championship and the Congress in London. Until his untimely death in 1950, Congress was officially set up by the International Table Tennis Federation (ITTF), with Ivor Montagu as president and Bill Pope as secretary. 
First World Champion Nesty, Lady Swelling, Montagu's Mother, was donated by the Cup, which was not recruited by the men's teams.  Hungary, Austria, England, India, Wales, Czechoslovakia and Germany are involved. In theory, the name does not belong to the Mundu Championship, but in fact the participation of eight Indian players living in England led the managers to give and tell me. Female participation was so low that Poz Saman honored 14 players: 11 English, 2 Austrian and 1 Hungarian. The Hungarian delegates were a total success at these first championships, which increased to all titles.  Although the net height is 1 in 5 cm, Champion has played with current dimensions for months. The organization of this first championship has asked the players to never wear white, but do not suggest that the clothes should be too sporty, because the houses wear long pants, long sleeves, and long dresses. The first decision of the London Congress was to try to unify the rules of table tennis. The Nell Eye Mundu Championship has 21 teams in each jug and is the best in three games and the best in five games. The ITTF released two different systems in 1927: the 21-goal system in each jug, and which upheld the English poles, and the field tennis system in the six-game set, recommended by Hungary, Austrian and German. In 1928 miners, the Mundu Championship n'Estocolmu was celebrated, consolidating the system and setting 21 goals.
Including Asian countries
We own our own, table tennis takes over the Eastern European bloc, especially Hungary and Czechoslovakia. [16] The great Madea Doru team won the world championship with players such as the great Victor Barna, Hungary between 1926 and 1931, Hungary between 1933 and 1935, and between 1933, 1949 and 1952 (never gambling between 1940 and 1946).
Japan, which won the World Cup between 1952 and 1957, was the first Asian country to resist European domination. This hegemony is a reflection of the technological merger that this country has conquered: wings. By assigning a good feather between the rocket and the rubber timber, the unprecedented effects of classic rocket seedlings have been discovered. With the cancellation of Xaponeses Nesti Sport and the addition of nine tunics and equipment, a new domination of the history of table tennis has begun.

Table tennis (also known as ping pong or ping pong)

Wednesday, April 15, 2020

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Welcome to the global web. Today, in this article, I will tell you and discuss the information about Robotics and artificial intelligence (AI)


Robotics is the branch of mechanical engineering, electrical engineering, electronic engineering, biomedical engineering, and computer science that deals with the design, construction, operation, structure, manufacturing, and application of robots. The Czech writer, Carol Opak, used the term "robot" from the Czech robot in the 1920s drama Rossoms Universal Robots / R.U.R, meaning service or forced labor. The term robotics was coined by Isaac Asimov, defining the science of studying robotics. Asimov also implemented three laws of robotics. In science fiction, humans imagined robots coming into the new world, capturing energy, or getting out of homework.

Robotics and artificial intelligence (AI)

According to its timeline
The following is the most common classification:
The first generation.
Robot manipulation. They are multifunctional mechanical systems with a simple control system such as manual, fixed sequence of variable sequence.
The second generation.
Robot learning. They repeat the sequence of movements the human operator has made in the past.
The third generation.
A robot with sensor control. The controller is the computer that executes the commands of a program and sends them to the manipulator or robot to perform the necessary movements.
According to its structure
The structure is defined by the general configuration type of the robot, which is transformed. The concept of metamorphosis has recently been introduced to increase the robot's functional flexibility by changing its configuration for the robot. Transitions vary from the most basic (equipment changes or terminal effects) to the most complex, such as changes or modifications of its structural elements or subsystems. As pointed out, the devices and mechanisms that can be classified under the generic name of robots are so diverse and therefore difficult to establish a coherent classification of them that support rigorous and complex analysis. Subcategories of robots, based on their structure, can be made up of the following groups:  mobile, android, geomorphic and hybrid.
1. Polyarticulates :
There are many different sizes and configurations in this group, the most common feature of which is that they are basically motionless (exceptionally they are directed to perform limited movements) and whose terminal elements are within a certain range. Designed to move inside.  This group includes manipulating robots, industrial robots, and Cartesian robots that are used when needed to cover a relatively symmetrical or elongated work area on objects along the plane of vertical symmetry. Work. Or reduce the space occupied by the land.
2. Mobile:
 They continue their way through remote control or are guided by the information they get from their surroundings through their sensors. These robots ensure the transportation of parts from one part of the manufacturing chain to another. By means of physical tracks or photoelectrically detected bands from the earth's embedded circuits, electromagnetic radiation, they can also overcome obstacles and have a relatively high IQ
Androids
3 Robot and Android:
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Robotics and artificial intelligence (AI)
  
4 Zumorphicos
Jumraikos Robots, Cue Ideago en Sentido no Controcedo Podrion Embroidery to Lossis, a major class of Carboxydzada by Locomiston Queen Systems for Life Ceres. The twisted morphology of the sperm locomotion system to enter the two major grandiose esophagus aggregators: Commodores. Costly effects n Japan-based n segment cylindrical bevels link life between the coupled axillary and relative rotational motions of each other. Applications of these robots with a realistic view of the development of Autoparos and various laboratories in Aston Cizeno Obedo, from Real VehicleSock Terranos, Pilotidos Onomosus, several Sun Muay Multidisc Zoomorphic Robots. Huh. 
5. Hybrid:
Estudios robot Excellus from, Satuana N. from Cucina extractor. Combination Any expensive attractors, bean or pore. In Pore Agent, a saga expresses and redoes the device, meanwhile, as one of the MOVeless Robot and Zumorphous Robot's Actions.



Robotics and artificial intelligence (AI)

Tuesday, April 14, 2020

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Welcome to the global web. Today, in this article, I will tell you and discuss the information about we aware of the challenges and major applications of Artificial Intelligence? 

A combination of proposed algorithms aimed at building machines with similar capabilities to humans. It is a technique that is still far away and hidden from us, but it lasts for a few hours in our daily lives.
Types of artistic integration
Computer science experts Stuart Russell and Peter Norvig distinguish several types of artificial intelligence:
Systems of thinking as human beings: Automate activities such as decision making, problem-solving and learning. 
Systems that function as human beings: they are computers, and people can do things the same way. This is the case of robots.
Rational Thinking Systems: They attempt to mimic the logical thinking of human beings, that is, they examine how machines experience, reason, and act accordingly. Groups of experts come to this group.


Are we aware of the challenges and major applications of Artificial Intelligence?

Rationally-functioning systems: Ideally, they would try to rationalize human behavior as intelligent agents.
Practical Applications of Business Integration
Mobile Phone Face Detection includes AI, in virtual voice assistants such as Apple's Siri, Amazon's Alexa or Microsoft's Cortana, and bots (small for robots) or mobile apps on our daily devices: Lily Flex Exterior, Opens New Window, Personal Store in Digital Version; An external link opens in a new window, designed to help us learn languages; The external link opens in a new window, making the new floor a bit more difficult to find; An external link, opens in a new window, is a virtual Facebook assistant that issues a medical 'diagnosis'. 
Advances in AI are already using large amounts of data and the ability to deliver communication, business and business benefits that will be a necessary technology for decades to come. Transportation, education, health, culture ... no region can hinder its attractiveness. This breakdown of AI and robotics in our society has made international organizations consider the need to create rules to regulate their use and employment and to avoid potential problems that may arise in the future.
The robot must have an emergency switch to prevent any dangerous situation.

Are we aware of the challenges and major applications of Artificial Intelligence?

They are not harmful to humans. Robotics is clearly designed to help and protect people.
Emotional relationships are not formed.
It is mandatory to contract insurance for large machines. In the event of any material loss, the owner must bear the cost.
Your rights and obligations are legally classified.
Machines pay Social Security. Your entry into the labor market will impact the workforce of many companies. Robots have to pay taxes to help the unemployed.
Two technologies are already changing the world, and statistics are a good example: US consulting firm Gartner estimates that by 2020, 85% of customer engagement will be managed by the IA, and overall, A.I. The market could represent $ 127 billion in 2025, up from $ 2 billion in 2015. The United States and China paved the way for investment.
Despite accents such as the Swedish philosopher Nick Bassorum of the University of Oxford, "there is a 90% probability that machines are as intelligent as humans between 2075 and 2090" or that they are plates by Stephen Hawking. , The adventure that completely transcends humans within 100 years, the truth is that far from becoming obsolete, AI makes us more efficient and allows us to perform the things we do in their complexity. Because never can. Can you explore parts of the universe that are completely hostile to humans? Thanks to that, one day is possible.

Are we aware of the challenges and major applications of Artificial Intelligence?

Sunday, April 12, 2020

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Welcome to the global web. Today, in this article, I will tell you and discuss the information about what is electricity?

Electricity (from the Greek le Elektron, ie Ber amber) 1 is a group of physical phenomena associated with the existence and flow of electric charges. It is manifested in a wide variety of currents, static electricity, electromagnetic induction, or electric current. It is a versatile form of energy, and it has countless applications, for example, transportation, air conditioning, lighting, and computing. 
Lightning is manifested by various phenomena and physical characteristics.

What is electricity?

Electric charge: The property of some sub-atomic particles, which determines their electromagnetic relationship. Electrically charged material is absorbed and affected by electromagnetic fields.
Electric current: The flow of electrons that are rotated by a conductor at a given time. It is measured in amps.
Electric field: A type of electromagnetic field created by an electric charge, even when not moving. The electric field produces energy at all other charges, the distance at which the two charges are separated. Increasing loads create magnetic fields.
Power potential: From the point of view of the reference point, it is the work of the external force to attract the unit positive charge that is moving against the electric force and at a constant speed.
Magnetism: Electric current produces magnetic fields, and time-varying magnetic fields produce electric current.
The history of electricity refers to the study of electricity, the discovery of its laws as physical phenomena, and the invention of artifacts for practical use. Electricity is also the history of the phenomenon of technology and the technology that governs it. The phenomenon of electricity has been studied since ancient times, but its scientific study began in the 17th and 18th centuries. In the late 19th century, engineers were able to utilize it for domestic and industrial use. The rapid expansion of electrical technology has become the backbone of modern industrial society. 

What is electricity?

Some time ago there was no information about electricity, mankind knew about the electrical discharge produced by electric fish. Ancient Egyptian texts from 2750 BC. C. He called these fish "the Vajra of the Nile," a protector of other fish. Subsequently, electric fishes were also described by Romans, Greeks, Arabs, naturalists, and physicists. Ancient authors have described the numbness effect of electrical discharge produced by Pliny the Elder or Long Sue, 6electric fish and rays. Lightning. Furthermore, they know that these discharges can be transmitted through conductive materials. Diseases such as gout and headaches are treated with electric fish, hoping that the discharge will cure them. The first approach to the study of lightning and its relation to electricity was the Arabs, who coined the term "rod" on the power line before the 15th century.

In ancient Mediterranean cultures, rubbing certain objects such as wool or skin with amber strips was found to have small charges (triboelectric effects) that attract small objects, and the presence of spark by prolonged massage. Possible. In the ancient Greek city of Magnesia there were so-called magnesium stones, which contained magnetite, and the ancient Greeks saw pieces of this material attracted to one another and even small objects of iron. The terms magnet (equivalent to the magnet in Spanish) and magnetism derive from the name of the place. For the 600th year. C., The Greek philosopher Thales of Miletus made a series of comments on fixed electricity. They concluded that amber gave magnetism in contrast to minerals such as colloidal magnetite, which did not need to be rubbed off.  Thales mistakenly assumed that this attraction was produced by a magnetic field, although science later proves the connection between theism and electricity. Controversial theory suggests that the Parthians were aware of the electrodeposition based on the discovery of the Baghdad battery's Voltaic Cell 11 in 1936, although it is doubtful that the device was electric in nature.
Those and break records are almost exclusive treatments (except the use of magnetism for compasses) from the earliest times to the scientific revolution of the 17th century; Yet even then there is little more than curiosity displayed in the salon. The first contribution that can be interpreted as the gradual approximations of electrical phenomena was made by William Gilbert, who carefully studied electricity and magnetism. He contrasted the effect produced by the magnetite pieces with the static electricity produced by rubbing the amber 10. In addition, he referred to Neoletino Electrics (which comes from Amber's Greek word  [electron]). The property that attracts small objects after rubbing them.  This gave rise to electrical and electrical terms, first appearing in Thomas Brown's published Epidemic Pseudoadaxia.14 in 1646.
Those studies have been pursued by systematic researchers such as Van Guerick,
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Welcome to the global web. Today, in this article, I will tell you and discuss the information about Red blood cells contain a protein called hemoglobin, which carries oxygen from the lungs to all parts of the body.


Erythrocytes, also known as red blood cells or red blood cells (Greek for "red" and "wallets"), are the most abundant cells in the blood. Hemoglobin is one of its main components, and its function is to transport oxygen to various body tissues. Human erythrocytes, like the rest of mammals, lack the nuclei and mitochondria, so they gain their metabolic energy through lactic fermentation. The total cubic millimeter (or microliter) of blood that is commonly considered in the human species fluctuates between 4,500,000 (in females) and 5,400,000 (in males), 3 times more than leukocytes. Most red blood cells are called polycythemia and their deficiency is called anemia.  Erythrocytes are commonly used in clinical practice for transplantation and are referred to as transporters of drugs and nanoparticles. Dichotomous disc between 80 and 100 females in erythrocyte 7 and 100 μm thick and 5 to 7.5 μm in diameter. The cell has lost its residual RNA and its mitochondria, as well as some important enzymes; Therefore, it is unable to synthesize new proteins or lipids. Its cytoplasm is mostly hemoglobin pigmented, giving it a characteristic red color (which is darker than oxygen) and responsible for oxygen transport.
Now, this explanation applies to mammalian erythrocytes, because in other vertebrates, with few exceptions, erythrocytes lack cytokine size and are generally larger than previously described. This is because the nucleus of the remaining vertebrate red blood cells is still present.
Red blood cells are derived from compromised stem cells. Erythropoietin, which is produced in the renal tissue, induces erythropoiesis (ie erythrocytes formation) and is responsible for maintaining red blood cell mass in a stable state. Erythrocytes such as leukocytes originate from the bone marrow.
The ration of erythrocyte varies according to sex, age and geographical location. High concentrations of erythrocytes are found in high altitude, males, and newborns. Decreasing the reference range leads to a condition called anemia. This change causes tissue hypoxia. The increase in red blood cell concentration (polycythemia) is minimal.

Red blood cells contain a protein called hemoglobin, which carries oxygen from the lungs to all parts of the body.

Hemolysis occurs in the destruction of aging red blood cells and in macrophages of the spleen and liver. The essential elements, glob, and iron are preserved and reused. The heme fraction of the molecule catalyzes bilirubin and biliverdin and is eventually excreted by the intestinal tract. The breakdown of erythrocyte releases hemoglobin directly into the blood, where the molecule breaks into α and ers dimer, which binds to the transport protein, haptoglobin. This transmits dimers to the liver, where they are metabolized and excreted to bilirubin.
Erythrocytos humanos
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Values ​​are considered, which is usually D erythrocytes n Adultos
Mujeres: 4,7 + -0,7 x 106 / μL (Microlitro) de Sangre
Homebrace: 5,3 + -0,8 x 106 / μL (Microlitro) de SangreThe morphological development stage
The morphological developmental stages of the erythroid cell (in order of increasing maturity) include the following steps:
Pluripotential stem cells.
Multiple cellular stem cells
Ancestral cell or CFU-S (spleen colony-forming unit).
BFU-E (erythrocyte diffusion-forming unit).
CFU-E (erythrocyte colony-forming unit), .last: large cell of abundant cytoplasm, large nucleus with thick chromatin, nucleoli not well defined (20–25 μm).
Basophilic Erythroblast: Basophilic cytoplasm, thick and nodular chromatin, smaller than the previous (16–18 μm), where hemoglobin is formed.
Polychromatophilic Erythroblast: It measures 10–12 μm, and the hemoglobin begins to acquire cytoplasm pink, displaying the final mitotic phase for the formation of red blood cells, nucleoli, and nuclei/cytoplasm. Added. The ratio is 4: 1.
Orthochromatic Erythroblast: It measures 8-10 μm, contains compact chromatin, and the nuclei disappear.
Reticulocyte: almost divided into mature erythrocytes. The presence of reticulocytes in the peripheral blood) implies the proper functioning of the bone marrow.
Erythrocyte, after all, is already present in the absence of nuclei and mitochondria. It has transport capacity (gas, hormones, medicine, etc.).

Red blood cells contain a protein called hemoglobin, which carries oxygen from the lungs to all parts of the body.

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Welcome to the global web. Today, in this article, I will tell you and discuss the information about "Climate change" redirects here. For a broader discussion of climate trends throughout Earth's history,



Global warming is an increase in the average temperature of the Earth's climate system, mainly caused by humans, and has been proven by the measurement of direct temperature and the various effects of warming.  This is an important aspect of climate change, including its effects on increasing global surface temperatures, and changes in rainfall. 
IPCC has been used as a pre-industrial reference for NASA's observation temperature and the average of 1850-1900 K. [Driver] Human activity and natural forces add to the diversity of global warming in the industrial age. 
The Intergovernmental Panel on Climate Change (IPCC) concludes that "the impact of human impact on climate has been a major cause of warming since the mid-20th century."  These results have been recognized by the National Science Academies of major countries and are not disputed by any scientific or national institution.  Human impact is the emission of greenhouse gases such as carbon dioxide, methane and nitrous oxide. The burning of fossil fuels is a major source of these gases, and agricultural emissions and deforestation also play an important role.
Energy flows between space, atmosphere and the earth's surface. Current levels of greenhouse gases cause a radioactive imbalance of 0.9 W / m2. 
The effects of global warming include sea-level rise, regional changes in rainfall, extreme weather events such as heatwaves, and the spread of deserts.  The rise in surface temperatures is the largest in the Arctic, contributing to the decline of glaciers, perennial ice and sea ice. Generally, higher temperatures bring more rain and snowfall, but in some areas drought and forest fires increase.  Climate change can reduce coastal yields, impair food security, and rise in sea levels that damage coastal infrastructure.  Environmental impacts include the extinction or rehabilitation of many species, when their ecosystems change, immediately on coral reefs, mountains and the Arctic.  Some effects, such as loss of ice cover, increased water vapor, and permanent ice melt, produce reaction effects that increase the global warming rate.  CO is due to increased acid in the ocean
Although not driven by temperature, 2 levels are usually characterized by these effects. Several independently constructed instrument datasets confirm that the 2009–2018 decade was 0.93 ° 0.07 (C (1.67) 0.13 ° F) warmer than the pre-industrial baseline (1850–1900).  Currently, surface temperatures are increasing by 0.2 ° C (0.36 ° F) per decade.  Historical models of warming and cooling, such as medieval climate anomalies and the Little Ice Age, do not resemble current warming but can reach temperatures in limited areas by the end of the 20th century.  observed an increase in temperature and CO
 Densities occur so rapidly that even geological events in Earth history do not approach current rates.



"Climate change" redirects here. For a broader discussion of climate trends throughout Earth's history,

Warmer and colder years:
While record years attract considerable media attention, individual years are less significant than global surface temperature and are subject to short-term fluctuations that overlap with long-term trends  Throughout this period, ocean heat storage continued to progress steadily upward, and in subsequent years, surface temperatures have skyrocketed. The slower rate of warming can be attributed to a combination of natural fluctuations, reduced solar activity, and increased sunlight reflected by particles from volcanic eruptions.
Greenhouse gases:

Greenhouse gases heat the Earth's heat from space into the trap.  This heat, in the form of infrared radiation, is absorbed and released by these gases in the atmosphere, resulting in less atmosphere and warming the surface. Prior to the Industrial Revolution, the temperature near the surface was 33 ° C (59 ° F) in the absence of natural greenhouse gases.  Regardless of the Earth's climate, Earth's average temperature is below the freezing point of water. Although water vapor (~ 50%) and clouds (~ 25%) are the main contributors to the greenhouse effect, they increase as a function of temperature and are therefore considered optimal.
2 (~ 20%), ozone and N

2O external force on the other hand.  The ozone acts as a greenhouse gas in the troposphere, the lowest layer of the atmosphere. In addition, it is highly reactive and interacts with other greenhouse gases and aerosols.
Surface change:
Humans mainly change the surface of the earth to create more agricultural land. Today, 50% of the world's arable land is occupied by agriculture, 37% is forested, and the latter is declining,  largely due to forest loss. Deforestation is an important component of land-use change that affects global warming. The main causes are deforestation of agricultural products such as beef and palm oil (27%), forest/forest products (26%), short-term agricultural crops (24%) and forest fires (23%). ). 

In addition to affecting greenhouse gas concentrations, land-use changes can also affect global warming through various chemical and physical dynamics. Changing vegetation in a location affects local temperature by changes in the amount of sunlight reflected in a space called albedo and the amount of heat lost by evaporation. For example, shifting from dark forest to pasture will make the surface lighter, reflecting more sunlight. Deforestation contributes to temperature changes by affecting deforestation and other chemical compounds affecting clouds; And when there are different constraints on the surface of the earth, changing wind patterns.  Globally, these effects are dominated by the growth of surface albedo, due to mild cooling. [There is] but there is considerable geographical diversity in this work.


"Climate change" redirects here. For a broader discussion of climate trends throughout Earth's history,