Thursday, February 27, 2020

Research Project Proposal on Emerging Technologies

Project on Emerging Technologies - Research Proposal Example To begin with, tutors want to be able to collaborate with their as well as colleagues using a means that is relatively cheap or free since educators spend a lot of their own money on numerous resources (Wylie, 2012). Twiddla provides software based on the internet that has free access and this is perfect for any meeting that does not need privacy or the need to login at a later time to look at saved meetings. The platform also has a set of math symbols that can be embedded on the whiteboard spaces being used by a teacher or students (Bernard, 2011). This is important since it is difficult to conduct a math discussion without the symbols required and many sites do not integrate these symbols in their boards. Collaborating using Twiddla simply necessitates a computer, a browser and a link to the internet so that the students and teachers do have to download software which is very helpful and all the host is required to do is start a meeting after which he or she shares the URL provided with the others and the meeting can go on. Apart from the invite that is hassle-free, all the tools are easy to use and need minimal explanation making them practical for the K-12 classroom. The site allows the students to explore each tool without worrying about ruining anything or making mistakes since it integrates an erase tool or the option of starting on a new sheet. One characteristic of Twiddla that makes it more conducive to progressive learning methods is that gives all the users an ability to make on the whiteboard in an easy way. Typically, in the case of an in-person classroom, only the teacher marks on the whiteboard and this cannot be blamed on the teaching philosophy but rather has more to do with the logical constraints of having many students moving up and down in the classroom and standing in front of the whiteboard so that they

Tuesday, February 11, 2020

Will climate change destroy New York City How can it be managed ( Essay

Will climate change destroy New York City How can it be managed ( weather science) - Essay Example As noted by Russs, Sandy resulted in damages amounting to about $20 billion with 43 people confirmed dead and many more injured by the storm. The transport facilities in the city, including highways, subways, railways and airports, were shut down. The city was thrown into darkness as critical infrastructure, including wastewater treatment plants, hospitals and infrastructure, were incapacitated. Communication systems were also cut following the effects of the storm. Reports on Hurricane Sandy pointed out the increase in the intensity and frequency of hurricanes observed in the North Atlantic from the 1980s. The devastation caused by Sandy had been worsened by changing climatic factors. Partly to blame according to the New York City Panel on Climate Change, NPCC (4) was the rise in the sea level in the region around New York City which increased the magnitude and extent of coastal flooding during Hurricane Sandy. Therefore, New York City remains exposed to destructive effects of clima te change. Borrowing from the Special Initiative for Rebuilding and Resiliency, SIRR, report authored after the exposure of the vulnerability of New York City by Sandy, there exist genuine threats to the city. Among the notable threats, heat waves, intense precipitation and coastal flooding have been noted to be the most extreme (NPCC 12). Heading towards 2050s, heat waves could increase in frequency, duration and intensity. New York has for a long time been experiencing an average of 18 days per year with temperatures of 32oC or 90oF and above. The SIRR report observes that by 2010, New York could experience between 26 and 31 such days. This could rise to up to 57 days a year by the year 2050. With this change would be an additional average of 110 to 260 deaths per year related to heat waves. The number of days when rainfall exceeds 2 inches or 5 centimeters could increase from the current average of 2 days per year to five by 2020. Coastal flooding has been projected to