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Clint Basinger (born December 20, 1986), [2] better known as LGR (originally an initialism of Lazy Game Reviews), is an American YouTuber who focuses on video game reviews, retrocomputing, and unboxing videos. His YouTube channel of the same name has been compared to Techmoan and The 8-Bit Guy.
The abacus system of mental calculation is a system where users mentally visualize an abacus to carry out arithmetical calculations. [1] No physical abacus is used ...
As you solve each digit of the answer you then subtract Product Pairs (UT pairs) and also NT pairs (Number-Tens) from the Partial Dividend to find the next Partial Dividend. The Product Pairs are found between the digits of the answer so far and the divisor.
In July 2007, Croshaw uploaded two game reviews in video format to YouTube in the same style that would eventually be used for Zero Punctuation: one of the demo of The Darkness for the PlayStation 3, and the other of Fable: The Lost Chapters for the PC. Both were well-received and The Escapist was one of several publishers to offer Croshaw a ...
How the Octopus Solved the Problem in the Video. When you watch the video you can see the octopus discovers the fish inside the bottle but can’t get it out.
The series originated on Destructoid's YouTube channel and was later moved to The Escapist ' s channel, before being released on Sterling's own channel. Her main gameplay series are "Jimpressions" and "Squirty Play", where she discussed her impressions of a recently released video game while showing her own pre-recorded gameplay.
Matthew Robert Patrick (born November 15, 1986), better known as MatPat, is an American former YouTuber and internet personality. He is the creator and former host of the YouTube series Game Theory, and its spin-off channels Film Theory, Food Theory, and Style Theory, each analyzing various video games, films alongside TV series and web series, food, and fashion respectively.
The abacus was much faster for addition, somewhat faster for multiplication, but Feynman was faster at division. When the abacus was used for more complex operations, i.e. cube roots, Feynman won easily. However, the number chosen at random was close to a number Feynman happened to know was an exact cube, allowing him to use approximate methods ...