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Importance of electronic waste management

What is E-waste? E-waste management is the process of collecting e-waste, recovering and recycling material using safe ways, and disposing of e-waste using appropriate approaches to minimize its negative environmental affects.Plastics, metals, cathode ray tubes (CRTs), printed wires, circuit boards, and other materials are commonly found in e-waste. Once properly treated, precious metals such as copper, silver, gold, and platinum may be recovered from e-waste. The presence of toxic substances such as liquid crystal, lithium, mercury, nickel, selenium, polychlorinated biphenyls (PCBs), arsenic, barium, brominated flame retardants, cadmium, chrome, cobalt, copper, and lead makes it extremely dangerous if e-waste is dismantled and processed crudely using rudimentary techniques. E-waste is extremely hazardous to humans, animals, and the environment. When computers, mainframes, servers, monitors, printers, scanners, compact discs (CDs), copiers, calculators, battery cells, cellular phones,

5g Technology

5G 5G networks are cellular networks that split the service area into small geographical units known as cells. All 5G wireless devices in a cell connect with a cellular base station through radio waves via fixed antennas on frequency channels allotted by the base station. The base stations, known as nodes, are linked to telephone network switching centers and routers for Internet access through high-bandwidth optical fiber or wireless backhaul links. A mobile device travelling from one cell to another, like in other cellular networks, is easily handed off. Up to a million devices per square kilometer are predicted to be supported by 5G providing them with an amazing connectivity and speed of approximately 750 Megabytes to 1 Gigabytes per second. What is the use of 5G or where can be it is used? 5G use cases often rely on 5G's enhanced speed and consistency, as well as the reduced latency it provides, and they promise to disrupt both conventional and digital industries. In addition

"Why Do Programming Languages Diverge So Much?"

This question was asked to me many times by my friends and my juniors. Although it seems silly, the question is not. The short answer is that we don’t need so many languages, but we want them. Let’s explore this further. All programming languages are not unique, are they? Yes, in a sense. Ruby, Java, Python, C#, Go, or JavaScript are all capable of being used to build websites. You can use Rust, Haskell, C, or C++. Or COBOL, Pascal, Perl, etc. The fact is that all of these languages serve the same purpose, to convert human thinking into 1's and 0's that computers can understand. They are all "Turing complete" in computer parlance. These languages are all the same at their most fundamental level. On the surface, however, where humans interact with them, they vary greatly. This is where other issues enter the picture. Different tools for various jobs Some specific tasks are done only by specific tools, like one cannot edit videos on MS Word, instead we need video edit

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