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This article outlines the linear cycle of the Materials of Economy, explaining each step and bringing to a close the number one issues, the damage to he planet and ultimately the people.

Advancement in technology every day has led to the dumping of electronic gadgets no longer wanted to the environment. Heaps of unwanted electronic waste, hazardous containing substances like lithium-ion batteries, are dumped into the ground with all their toxicology. As the world upgrades to 5G, it will end in a rapid surge in e-waste. According to John Shegerian thinks people are yet to see the magnitude of the transition to 5G, it is tremendous than changing from analog to digital (Samuels & Calif, 2019). However, it comes with many advantages; its outcome is a drastic rise in electronic waste. The ERI recycles less than a quarter of the United States' e-waste according to the estimate made by the United Nations, and the other dumped in landfills. This waste contains harmful metals such as beryllium and mercury, that have adverse environmental dangers. Among the 50 states in the United States, only 19 States have imposed a law to bun electronics from regular trash (Samuels & Calif, 2019); the rest of the states, like Nevada they are incorporated in recycling and trash bins, according to Jeremy Walters's manager for waste collection. The consumers are left to handle their e-waste even though there are e-waste rules. Multibillion companies should the responsibility and cater for the cost of recycling for the products they are manufacturing. Companies like Apple and Samsung, nonetheless the United States is repelling modifications to the prevailing laws, according to Scott Cassel Product Stewardship Institute found. However, some companies are improving through increasing their recycling efforts. For instance, Daisy, a recycling robot introduced by Apple, can collect more than 200 iPhones for recycling every hour. But this is not enough since e-waste generated annually globally is more than we can imagine, which almost 50 tons (Samuels & Calif, 2019). In a nutshell, technology can bring many benefits to society. Still, it can also harm both the environment and the p

the article explores the dangers of elctronic waste and give suggestions on how to better monitor this issue and resolve.

This article explains how the rapid advancement of technology has impulsed an increase in the use of technology, however has resulted in a rise in ewaste percentage. This happens because companies have opted for creating products that do not last for long periods of time, since they want to sell future products.

This article describes the effects of technology on our environment. Everything from production to dumping the product can cause long term pollution issues if we are not careful. This article gives tips to combat this issue.

Green computing, commonly referred to as "green technology," is the study of creating, utilizing, and disposing of computing systems in a way that minimizes their impact on the environment. The ecologically friendly and ethical use of computers and their resources is known as "green computing." A growing trend that has established itself as the preferred method of doing things while preserving the environment is "Going Green." Green computing aims to lessen technology's negative effects on the environment. This entails conserving energy, cutting waste, and fostering sustainability. The goal of "green computing" is to lessen the carbon footprint left by the information technology and systems sector and allied businesses. Green computing mainly uses two methods: e-waste and energy efficiency. Reduced resource use as well as the use of energy-efficient servers, peripherals, and CPUs are all part of energy efficiency. And e-waste is how electronic garbage should be disposed of properly. Even while we may believe that computers are non-polluting and require relatively little energy, their use really contributes significantly to environmental pollution. Only 15% of the estimated $250 billion annually spent on powering computers globally is thought to be used for computation; the remaining energy is lost idling on inactive machines. Since energy consumption is the primary cause of CO2 emissions, any energy saved on computer hardware and computing will result in tons of CO2 emissions being avoided every year. The Energy Star program was established by the U.S. Environmental Protection Agency (EPA) in 1992 as a controlled labeling initiative to promote and reward energy efficiency. More than 75 different product categories, as well as residences, office buildings, and industrial facilities, have already received the Energy Star badge. Consumers of devices have widely embraced sleep mode because of the campaign. The IT industry is working to implement Green Computing across a

This article is about Proximity Marketing and the many different specific ways it may be applied. These applications include: QR Codes, WiFi, NFC, RFID, Geofencing, and BLE Beacons. In all of these cases, it is vital to proximity marketing that there be an end-user mobile device (such as an iPhone or Android) as well as location-based technologies. We are all fairly familiar with QR codes as those have become widely used during the pandemic. What we may not have considered though, is how logging into a WiFi gives a lot of information about you to the business, as well as a future means of communicating with you (assuming you made an account and/or gave them important information such as an email address). Geofencing is also really cool because it allows companies to set up a virtual boundary that collects data from mobile devices that pass through that boundary. This allows a business to truly know what kinds of consumers go in and out of whatever establishment the geofence outlines.