Many good things were said about it when it was created, including being named Time Magazine's "1993 Product of the Year". It also had many technologies that were new and advanced. But the 3DO cost more money than the video game consoles that were already popular. This meant more people bought consoles from Sega or Nintendo instead of the 3D0. Because of this, no more 3D0s were made after 1996. It was also not advertised very well, so almost no one knew about it. Some games planned for it include "Alone in the Dark" and "Myst". The 3DO company also wanted to make another console called the M2, but it was never released.
APF-M1000
The APF-M1000 was a video game console made by APF in 1978. The controllers had numbers (1,2,3,4,5,6,7,8,9,0 called a numeric keypad) and a joystick. With a joystick, the player moves the joystick and uses it to control the action in the game. It could only be used on a color TV. It came built-in with the game "Rocket Patrol".
Windsor, Ontario
Windsor is a city in southern Ontario, Canada, which is across the Detroit River from the U.S. city of Detroit, Michigan. Windsor was founded in 1749 by the French. It has a population of 233,763 (counted in 2017).
Media
QWERTY
QWERTY is a certain typewriter or computer keyboard layout that is commonly used in some English-speaking countries. The term comes from the fact the first 6 letters of the top row of keys are Q, W, E, R, T, and Y. The QWERTY design was patented by Christopher Sholes in 1874 and sold to E. Remington and Sons during the same year.
The QWERTY layout was invented by Christopher Sholes, the inventor of the first modern typewriter. At first the letters on the typewriter were placed alphabetically. However, when the user of the typewriter learned to type quickly, the bars attached to letters became caught in one another. The typist had to stop and unstick the typebars with his hands. A business associate of Sholes named James Densmore suggested splitting up the keys to speed up typing by preventing the typebars from striking the typewriter roller at the same time and sticking together. Some people say the QWERTY layout was created to slow down typing speed, while others say it worked by separating series of English letters.
The alternative Dvorak Simplified Keyboard was invented in the 1930s to be more efficient than QWERTY but it remained rare.
The QWERTY layout was made to type in English, therefore it has no accent marks as they are not used in native English words. People from other countries whose own languages used accent marks (such as French, which has letters like "é", "î", and "ç") had problems. Depending on the operating system and the application being used, one can type accents marks by holding down the Alt key while pressing several number keys in a row. As an example, holding the Alt key, pressing the number keys 1, 5, and 6, then releasing the Alt key will generate a character numbered 156 in some character set. The Control or Alt key can be also used together with a letter. In some word processors, like Microsoft Word, characters with accent marks could be found under a category named "Special Characters" or something similar. Windows also has a program called "Character Map" that can be used to find and copy characters that could be pasted into other applications later on.
Some languages use the similar AZERTY layout. Some QWERTY keyboards for different languages and countries may look different.
The keyboards made in Belgium and France switch the letters Q and W with the letters A and Z. They also move the letter M to the right of L. These types of keyboards are called AZERTY keyboards.
Some keyboards for the Czech language use QWERTZ keyboards. They switch the Z and Y like the German version, but use "ů" to the right of L and ú next to P. The row that normally has numbers has the accents ě, š, č, ř, ž, ý, á, í, é. The user of the keyboard uses the shift key to make numbers.
Danish and Norwegian layouts switched Æ, Ø, and Å where Swedish and Finnish use the letters Ä and Ö.
Faroese keyboards add Æ and Ø next to L, and Å and Ð next to P.
German keyboards add an Ü to the right of P—and Ö, Ä to the right of L—and switch the Z and Y keys both because Z is a much more common letter than Y in German.
Hungarian keyboard add an É and Á after L, Ö above O, Ü above P, Ő after P, Ú after Ő, Ó above Ú, Í under A, and switch Z and Y, like in German.
Icelandic layouts add Ð to the right of P, Æ to the right of L, Ö to the right of 0 in the top row and Þ to the rightmost place in the bottom row.
Italian typewriter keyboards use a QZERTY layout where Z is swapped with W and M is at the right of "L". Computers use a QWERTY keyboard with è to the right of P and ò to the right of L.
Lithuanian keyboards typically use the standard QWERTY and utilize the numbers row + shift to insert the language specific symbols.
Portuguese keyboards maintain the QWERTY layout but add the key Ç after the L key. The Spanish version has the letter Ñ, the Ç.
Romanian keyboards have a QWERTZ layout, swapping Y with Z; ă and î are added to the right of the letter P, while ș and ț are added to the right of the letter L; â replaces the backslash character. Changes are also made to the upper number keys, the numbers remain the same, but some of the symbols are shuffled. The most notable change is that hyphen (-) is swapped with slash (/).
Spanish keyboards add ñ and Ñ characters to the right of the L instead of the semicolon and colon.
Turkish layouts add Ğ and Ü to the right of P, Ş and İ to the right of L, Ö and Ç to the right of M.
List
A list is a part of a text, which has many words separated by commas (,) or a group of words going down the page that may use bullet points, letters, or numbers. Semicolons (;) are also used sometimes to separate items in a list.
These are lists:
I have invited Peter, Mary, and Henry to my birthday.
People who I have invited to my birthday are:
People I invited to my birthday: Peter; Mary; Henry.
Antimatter
Antimatter is a term in particle physics. Antimatter is a material composed of antiparticles. These have the same mass as particles of ordinary matter but have opposite charge and properties, such as lepton and baryon number.
Encounters between a particle and an antiparticle lead to both of them being destroyed. This gives rise to high-energy photons (gamma rays), neutrinos, and lower-mass particle–antiparticle pairs.
In physics, all the elementary particles, or the basic building blocks of the things we can touch, come in pairs. Each particle has what is called an antiparticle. This may look and act just like the regular particle, except for one major difference. An example is the electron and the positron.
Other antimatter particles are the same way, where they have the same weight, and look and act the same as regular particles, but their electrical charge is the opposite of regular particles. Antihydrogen, for example, has the positron, which is positively charged, orbiting around an antiproton, which is negatively charged, which is the opposite way regular hydrogen looks, which has the electron (negative charge), orbiting around a proton (positive charge).
Albert Einstein found a formula that can show how much energy a certain amount of something has, whether it is matter or antimatter. This formula is formula_1, and is one of the most well known equations. In simple terms, if you take the mass of something and then multiply it by the speed of light, and then multiply it by the speed of light again, you will get how much pure energy a given piece of something has. Since the speed of light is such a big number, this means that even a small amount of matter can have a lot of energy (it has been projected to be 4 times more effective per mass than nuclear fission).