Select ONE of the Required Assignment Topics below for the focus of your assignment:
⢠Hypertension or
⢠Anxiety or Depression or
⢠Time Management or
⢠Smoking Cessation
⢠Write a patient scenario using the Required Assignment Topic.
o Make sure to include a disease process, diagnosis, OR identify a patient with a desire to maintain good health and prevent illness and who would benefit from an already developed and reliable mHealth app.
⢠Describe in detail content planned for teaching this patient in the scenario.
o Include the nurse’s assessment of learning needs and readiness to learn.
⢠Identify a mHealth app that could benefit the patient.
o Describe the app including the mHealth app name, purpose, intended audience, mobile device(s) upon which it will operate, where to download or obtain it. Add any other information you believe would be pertinent to this situation.
Sample Solution
The process of making steel involved carbon and oxygen which undoubtedly lead to a large amount of CO2 emission. According to the Massachusetts Institute of Technology, nearly two tonnes of carbon dioxide is produced for every tonne of steel. The industry alone takes up five percent of the worldâs greenhouse gases emission. The industry had made many effort in reducing the emission of carbon dioxide. However, the goal of a carbon dioxide-free method is a global challenge that need more development and research. Many experiments are done by researchers around the world to solve this problem. The researchers at MIT are testing methods that could result in only oxygen emission and carbon-free production of steel. However the ingredient which they used, iridium, is not fit for the mass production of steel, since this is a limited and expensive material. After multiple tests and experiments they found a material that can replace iridium. Even though this problem is solved, the path to a process of a carbon-free steel making production is still far away. Despite the carbon dioxide emission, iron, and its alloy is known as a 100 percent recyclable green material. Steel can be recycled over and over without losing its qualities. Steel is reused and remanufactured over and over again. In 2015, Turkey is the largest steel scrap importer in the world with 16,521 millions tonnes and America is the largest steel scrap exporters with 12,976 million tonnes. The realization in this characteristics of steel and iron alloys in general made it the most recom>
The process of making steel involved carbon and oxygen which undoubtedly lead to a large amount of CO2 emission. According to the Massachusetts Institute of Technology, nearly two tonnes of carbon dioxide is produced for every tonne of steel. The industry alone takes up five percent of the worldâs greenhouse gases emission. The industry had made many effort in reducing the emission of carbon dioxide. However, the goal of a carbon dioxide-free method is a global challenge that need more development and research. Many experiments are done by researchers around the world to solve this problem. The researchers at MIT are testing methods that could result in only oxygen emission and carbon-free production of steel. However the ingredient which they used, iridium, is not fit for the mass production of steel, since this is a limited and expensive material. After multiple tests and experiments they found a material that can replace iridium. Even though this problem is solved, the path to a process of a carbon-free steel making production is still far away. Despite the carbon dioxide emission, iron, and its alloy is known as a 100 percent recyclable green material. Steel can be recycled over and over without losing its qualities. Steel is reused and remanufactured over and over again. In 2015, Turkey is the largest steel scrap importer in the world with 16,521 millions tonnes and America is the largest steel scrap exporters with 12,976 million tonnes. The realization in this characteristics of steel and iron alloys in general made it the most recom>
