TMW Maxwell show flat is a new upcoming mixed development in the heart of Singapore District 02, situated near to a handful of MRT stations including Maxwell station, Tanjong Pagar station and Telok Ayer station which can take you anywhere in the city. It is also a short walk from a dining and entertainment area along Tras Road, Duxton Hill and Keong Saik Road.
The location is impeccable in terms of transport and has a 99-year leasehold tenure with the developer having gotten approval from URA to turn it into a mixed development consisting of commercial as well as residential components. The plot ratio is 4.3 and the gross floor area is 233,987 square feet with about 20% for commercial usage.
Maxwell’s contributions to electromagnetism are arguably the most important additions to theoretical science in the nineteenth century. He was not only a leading figure in the field of electricity but also in molecular science.
During his life, Maxwell wrote many original papers on almost every branch of physical science, but his best known contributions are probably the four fundamental equations that summarize the classical properties of the electromagnetic field. These equations are seared into the brains of students who pass through an introductory course on electricity and magnetism.
These four equations are the basis of Maxwell’s Theory of Electricity and Magnetism, which has been the guiding force behind much of our understanding of how things work. He also made great contributions to colour perception and even developed a theory on how to capture colours in photographs.
It has been 150 years since the publication of James Clerk Maxwell’s A Treatise on Electromagnetism, but his legacy is still as significant today. It remains a key textbook for physicists and chemistry majors, and it has been translated into several languages.
He was also the first to develop a theory on how a photograph could be composed of several pictures to produce a single picture. Using this technique, he was able to create the world’s first colour photograph in 1855, which depicted a ribbon of tartan fabric.
His researches in thermodynamics led to the development of the Maxwell distribution, which relates the speed of gas molecules to temperature and molar mass. It is one of the most fundamental formulas in modern physics and it has had a major impact on our understanding of gas dynamics.
The Maxwell equations also provide a key physical explanation for some of the more famous phenomena in science such as light. In fact, the concept of the speed of light was a crucial part of the foundations of Maxwell’s Theory of Electricity, and it is this that is responsible for the earliest scientific explanations of what we see as light.
At the time of writing, the speed of light was not a known constant in nature, but the result of a careful manipulation of Maxwell’s equations showed that it was indeed an empirically established value. This was a vital piece of evidence that helped to persuade physicists that light was in fact an electromagnetic phenomenon.tmw maxwell