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Japan in WW2
The Japanese were a member of the Axis forces and the primary belligerent in the Pacific Theater of war.
9,335 Questions
The shipping cycle refers to the process of transporting goods from the manufacturer to the end customer. It typically involves stages such as order processing, inventory management, transportation, and delivery. Efficient management of the shipping cycle is crucial to ensure timely and cost-effective delivery of goods.
How do Japanese people prepare food?
Japanese people often prepare food by using fresh and high-quality ingredients like seafood, rice, vegetables, and seasonal fruits. They often emphasize the presentation of the dish, aiming to create visually appealing and balanced meals. Traditional Japanese cooking methods include grilling, simmering, steaming, and raw preparations like sashimi or sushi.
What countries are the neighbors of japan?
Japan has no bordering countries since it is made of islands. The five closest countries to Japan are (in order) Russia, South Korea, North Korea, China, and Taiwan.
North and South Korea, Russia and China.
What raw materials do Kenya have?
enyas natural resources are often traded for things like coffie to richer, western countrys like europe and america. Most coffies that we by should have the fair trade logo on it meaning that the workes get paid a fair amount for the job they did,
hope i could help
Why did the Japanese failed to win over the people of Asia with its slogan for Asians?
The Japanese failed to win over the people of Asia with their slogan of "Asia for the Asians" because their actions during World War II, such as aggression and atrocities, contradicted their message of liberation and independence. Many Asian countries viewed Japan as an oppressive force seeking domination rather than genuine support for Asian solidarity.
Do people get killed in the navy?
The Navy is a Military Branch. There are always the risk of injury and death. Ships are dangerous places. And in combat, ships and aircraft, as well as shore installations, are targets for the enemy.
Diesel has an octane number of about 15-25. The reason for this seemingly terrible number compared to the ones we're used to from gasoline is the fact that diesel is combusted in a totally different type of engine. Diesel has low volatility, low knock resistance, yet high energy per volume. Because of its low knock resistance, diesel should not be used in a gasoline engine as it will destroy it very quickly and efficiently. Generally speaking, diesel fuel ignition quality is not measured in octanes, as these are a unit for gasoline. A similar reference value, but for diesel, is the cetane rating. The higher the cetane number, the easier the fuel ignites when injected into an engine. The cetane number is determined by an engine test using two reference fuel blends of known cetane numbers. The reference fuels are prepared by blending normal cetane (n-hexadecane), having a value of 100, with heptamethyl nonane, having a value of 15. The higher the cetane rating, the higher the fuel's propensity to knock! Choosing a very high cetane number will not make the car run better, but using a fuel with too low cetane number may prevent the engine from starting or running.
Do Japan get a lot of earthquakes?
There are so many earthquakes in Japan because the country is in what is called the Pacific Ring of Fire which is an area where large numbers of earthquakes and volcanic eruptions occur in the basin of the Pacific Ocean. The Ring of Fire has 452 volcanoes and is home to over 75% of the world's active and dormant. Another reason why Japan has so many earquakes is because there are so many different tectonic plates (layers of the earth's crust) underneath it and each plate keeps rubbing with the other plates. Earthquakes cause a bit of damage but not a lot in Japan, this is because they have happened lots of times so people in Japan have managed create buildings that probabley won't get destroyed by an earthquake. Japan also has an Earthquake and tsunami warnings which are basically alarms so they knew when an earthquake was happening. most houses in Japan are made out of cheap, light materials so they won't kill people who are inside.
What were the positives and negatives of the atomic bomb?
It could be argued that nuclear weapons provide a deterrent. Many believe that they did. They represent an "or-else scenario" wherein any aggression that is "over the top" will get a nuclear response. Certainly other powers can taunt and even attack a nuclear power on a limited basis, but no "full scale assault" will probably be risked because of the threat of a nuclear response. It is true that some non-nuclear powers have engaged nuclear powers in broad acts of war knowing that the risk of a nuclear response is minimal. But it is different with nuclear powers. They are more careful acting in ways that the other could interpret as overly aggressive. We could go on, but let's go to another aspect of the use of a nuc. There was a program called Plowshare back when, and it posed peaful use of nuclear weapons. A nuc could be used to dig a big hole for, say, a water reservior. The Russians did it as a test, and they set of several devices to try different applications. The U.S. did a small shot (Sedan) to test the application of a nuclear blast for mining. The radiation release, however, is just too great, even with a good shot. Public objection increased, and Congress, who holds the pursestrings, waved off further testing. Under Plowshare, the use of nuclear weapons was suggested as a "pressure reliever" for large, active geologic faults, like the San Andreas in California. If building pressure there could be relieved with a "big hammer" like a nuc, then there'd be less of a chance that a big quake would occur. But it was also pointed out that the nuc might actually trigger a big quake, and no one wanted to pay the freight on something like that. The liability was too great. Using a nuc to relieve pressure along a fault is a good idea, because it is possible that we could avert a really big quake. You know. The one that kills dozens or even hundreds and does billions of dollars in property damage. But the first shot is extremely risky. If we could "get past" that one, we might be able to take action regularly to squash those huge pressure buildups that, when released, cause the big quakes. But we didn't "break through" with that idea. Maybe for the best. Check the links below for more information.
What is the time zone on iwo jima?
The Bonin Island Group (Iwo Jima) time zone is "Japan Standard Time Zone"; 9+GMT (9 hours ahead of Greenwich Mean Time).
Hideki Tojo, the Prime Minister of Japan during World War II, was captured by American forces after the war and put on trial for war crimes. He was convicted and sentenced to death by hanging. Tojo died by suicide prior to his scheduled execution in 1948.
Who invented the way to split the atom?
ANSWER
Ernest Walton and John Cockroft (1932) were the first to split the nucleus in a completely controlled manner. This was under the direction of Rutherford (see below) who, whilst at the Cavendish laboratory, Cambridge had done so but not by entirely artificial means. In doing so Walton and Cockroft were also the first to verify Einstein's law: E = mc²
Lise Meitner is apparently the most correct answer. She was Austrian . She discovered it while living in Sweden during WWII. Meitner maintained contact with colleagues, which allowed her to partner in their work, but she ultimately came out with how to split the atom first (while in Sweden) and I believe that she was first to be published. She worked with Otto Hahn who never gave her credit for coming out with it first, because she was a woman and a Jew which didn't work well with added Nazi pressure.
Otto Hahn and Fritz Strassman (1938)
The below answer is not correct.
Correction:
Lise Meitner was not the first to split the atom. However, she was the first to Theorize the Dumbbell concept. She worked with Otto Hahn for that experiment. They were good friends and colleagues. He was the first one to help her get out of Germany. (The Making of the Atomic Bomb by Richard Rhodes,)
Ernest Rutherford - A New Zealander - split the atom
The creator of modern atomic physics and forerunner of the nuclear age, Rutherford was one of the greatest scientists of the 20th century.
He was awarded the Nobel Prize in Chemistry in 1908 and a baronetcy in 1931.
In the words of Einstein, he was "a second Newton", the man who "tunneled into the very material of God": inventor, experimenter and Nelson farm boy.
Rutherford's strengths as a scientist are legion. A prolific, practical inventor and scientific theorist, his ideas were based on rigorous experimentation. He was one of the original "demo or die" scientists, turning conjecture into fact.
He attributed his willingness to experiment and find unorthodox solutions to his hardscrabble background in rural New Zealand: "We don't have the money, so we have to think".
Rutherford's Major Discoveries
Rutherford's three major discoveries shaped modern science, created nuclear physics and changed the way that we envisage the structure of the atom.
Rutherford's first discovery was that elements are not immutable, but can change their structure naturally, from heavy elements to slightly lighter. This led to him being awarded the Nobel Prize for Chemistry in 1908, at the age of 37, for his work on the transmutation of elements and the chemistry of radioactive material.
His second discovery, the nuclear model of the atom, became the basis for how we see the atom today: a tiny nucleus surrounded by orbiting electrons.
He built on this discovery for his third great achievement, the splitting of the atom, making him, as John Campbell says in his biography of Rutherford in The Dictionary of New Zealand Biography, "the world's first successful alchemist".
AnswerThe first group to successfully initiate nuclear fission (splitting the atom) was a top-secret project called the Manhattan Project. It was initiated by a letter from Albert Einstein, and a whole group of top physicicists developed the program. The first person to actually split the atom was Enrico Fermi in 1942
Google The Manhattan Project, and you'll have your answer.
AnswerI was taught at school it was a New Zealander by the name of Earnest Rutherford who was working at Oxford University at the time. I think it was sometime in the 1920's.
*The work of Sir Rutherford and Misters Walton and Cockcroft are the first recorded, deliberate events that could be classified as 'splitting' an atom.
The Manhattan Project etc
As mentioned above, Rutherford, Walton and Cockcroft were the first to split the atom. The Manhatton project involved the development of a nuclear weapon. I believe Walton may have been asked to join a secret project, now known as The Manhatton Project, based on his earlier work. He may not have been told of the exact purpose of the project. In fact, they wouldn't have known of the possibilities of nuclear power at the time of splitting the atom. I'm no expert, but I believe the idea of a nuclear bomb came later. There were certain unknowns at the time of the initial splitting of the atom. It was later knowledge or ideas that proposed the concept of a nuclear weapon.
As an aside, Ernest Walton was Irish.
In April 1932 John Cockcroft and Ernest Walton split the atom for the first time, at the Cavendish Laboratory in Cambridge in the UK. Only weeks earlier, James Chadwick, also in Cambridge, discovered the neutron. That same year, far away in California, Carl Anderson discovered the positron while working on cosmic rays. So 1932 was a veritable annus mirabilis in which experiments discovered, and worked with, nucleons; exploited Albert Einstein's relativity and energy-mass equivalence principle; took advantage of the newly emerging quantum mechanics and its prediction of "tunnelling" through potential barriers; and even verified the existence of "antimatter" predicted by Paul Dirac's relativistic quantum theory of the electron. It is hard to think of a more significant year in the annals of science.
the Nazi regime in Germany first splitted the atom first but the decided not to use it to create an atomic bomb because they thought they would win the 2nd world war so then the Americans created the first atomic bomb
In 1932 Sir John Cockcroft and Ernest Walton were the first people to split an atom (causing a nuclear reaction) by using artificially accelerated particles.
How did keeping Japan isolated affect the culture and military growth of the nation?
Keeping Japan isolated during its period of sakoku allowed its culture to develop largely uninfluenced by outside ideas, resulting in a unique and distinct cultural identity that remains strong today. However, this isolation also hindered military technology and strategical advancements, making Japan vulnerable to foreign powers when the country eventually reopened its borders.
What are the differences between the two bombs dubbed Fat Man and Little Boy?
In the Manhattan Project they worked on two different designs for nuclear weapons. The idea is to make a critical mass which causes a chain reaction. You do this by compressing the material violently with conventional explosives. The Little Boy used an internal cannon to shoot a projectile into a mass of uranium to compress it. The Fat Man used a sphere of plutonium surrounded by a 'shape charge' that would explode and compress it.
What is the history of Japan before?
Japan was always a militant country, Samurai Warriors & Feudal systems, much as the Knights in Europe were doing the middle ages. Modern conquests began in 1894 beginning with the Sino-Japanese War.
What was the negative impact of imperialism on the environment?
Imperialism led to widespread deforestation, soil erosion, and pollution due to intensive resource extraction and industrial activities. It disrupted local ecosystems, causing loss of biodiversity and damage to natural habitats. The introduction of new species also led to imbalances in local ecosystems, impacting native flora and fauna.
How were the plant humans and animals affected due to Nagasaki and Hiroshima bomb?
The plants, animals, and humans in Nagasaki and Hiroshima were severely impacted by the atomic bombs dropped during World War II. The intense heat, radiation exposure, and widespread destruction led to immediate deaths, injuries, and long-term health effects. The environment was also contaminated, affecting the ecosystems and overall biodiversity in the region for years to come.
What are the forces that created islands?
Well there are many forces that create island such as on the Great barrier reaf sediment from coral being bound starts to form an island and then when birds poop on it they have seeds in there poop and it grows grasses and trees and forms an island.
How did china feel about foreigners?
Historically, China has had mixed feelings towards foreigners. There have been periods of xenophobia and isolationism, but also times of opening up to trade and cultural exchanges. Today, China generally welcomes foreigners for tourism, business, and academic purposes.
If you leave Korea on Wednesday what day will you arrive in Hawaii?
Because a flight to Hawaii from Korea travels directly over the international date line, it's actually possible to end up in Hawaii on a Tuesday. However, this depends on when you leave from Korea, and how fast the plane is.
How did the 38th parallel affect the Koreans?
The 38th parallel divided Korea into North and South after World War II, leading to different political systems in each region. This division heightened tensions between the two Koreas, eventually resulting in the Korean War. The 38th parallel continues to symbolize the ongoing division and conflict on the Korean peninsula.
What are the raw materials from ocean?
Some raw materials that can be sourced from the ocean include seaweed for food and cosmetics, salts for industry and food processing, and minerals like sand and gravel for construction. Additionally, the ocean is a potential source of renewable energy through wave, tidal, and offshore wind power.
What are the raw materials in glycolysis?
Glycolysis is inherent in the process of respiration. The cell requires glucose and oxygen during glycolysis and water is the by-product
How much oxygen does a hamster use in a day?
A hamster uses around 5-10 milliliters of oxygen per day, depending on its size, age, health, and activity level. It's essential to ensure good ventilation in their habitat to provide an adequate oxygen supply.
