GMA and Another EDSA threat :: essays research papers

Im not a supporter of GMA (and I depart never be), but I do not agree that she should footfall down from her post. GMA resigning would mean that the no-brainer Noli de Castro will be the 15th President of the pitiful Philippine Republic and thats the last thing I would dream of. nevertheless if the Filipinos would prefer to add another episode to the never-ending EDSA Revolution series, then Mrs. Susan Roces-Poe would take over her post.Whats wrong with Noli and Susan? Noli de Castro is a well-known Lopez crony, and if he will become a president our Meralco bills will be as high as the Lotto Jackpot prize. And besides, he doesnt have any leading qualities nor the mind to rule a country. He being a vice-president and senator is even unacceptable. And Mrs. Poe is just the same. Lets face it a president should be individual with at least a college degree. Mere sales clerks are required to have such educational attainment, why not require it to the highest post on the land? The pr oblem in this country is the fact that the electorate can easily be charmed with a ridiculous circus performance during the campaign period. personal magnetism will never fill our empty stomachs. So if GMA stepping down would result to Kabayan or Inday being our next president, then I think it would be a bit better to stay with GMA unless Ping Lacson is one of the options. Its like choosing the lesser between two (or three?) evils as they say. Yet, Mrs. Arroyo should still be creditworthy for the alleged cheating she did last 2004 Elections. Sorry would never do it this time (maybe because we are not as holy as God?) because anyone who committed crimes did not get away with what they did just because they apologized. I dont know if she will ever turn into a

The Modem :: essays research papers

The ModemFirst of all I would like to start with an introduction I chose this topicbecause I thought it would be interesting to learn rough how a modem works in acomputer. With modem we atomic number 18 able to access the Internet BBS or Bulletin BoardSystems.The MODEM is one of the smartest computer hardware tools incessantly created. modem isan abbreviation of Modulator De Modulator it is fairly simple to explainthrough the telephone lines we are able to send messages between one singlecomputer or a group of computers. The Originating computer sends a coded messageto the Host computer which decodes it and there we have the power to access theInternet, talk to other people through destination programs and retrieve files fromother computers. The starting line patented computer modem was made by convert in theearly eighties and from there they rapidly developed the first modem speed was300 baud and from there a 600 baud than 1200 and so on. The spendthriftest modem madetoday i s a 56k which is very fast. Not as fast as ISDN (The Wave offered throughRogers cable) or even as advanced as Satellite modem. Most people now have 14.4or 28.8 baud modems (Baud is "Slang" for Baud Rate Per Second) the reason forthe increase in 14.4 and 28.8s is that they are cheap and fairly recent andhavent gone out of date yet. There are two types of modem external andexternal modems internal plugs into a 16 bit port inside your computer andexternal connects through either a successive (mouse)port or a parallel(printer)port most people like the external modems because they dont take up anextra space in your computer (according to PC Computing) prices in modems rangeprice from $100 (28.8bps) to $500(software upgradable 56k). Facsimile machinesalso have a form of modem in them, usually a 2400baud modem to decode themessage. So imagine a world without the modem for a second NO fax NO InternetNO direct computer communications whatsoever.The three major modem manufactures are Hayes (original modem) US Robotics andMicrosoft.In conclusion life today it would be very hard to live without modems somebusinesses would cease to exist due to ill communications between offices andwithout modems we wouldnt have videoconfrencing e-mail and other tools we have

Particle Kinetics of Biological Aerosols During Impaction Essay

At the beginning of the 20th century, the study of aerosols, suspensions of solid or liquid particles in a gas, were the forefront of physical science because they represented the smallest discernible division of matter. In fact, aerosols contributed to the early understanding of Brownian motion and diffusion, Millikans measurement of electron charge, and Wilsons cloud chamber experiment for the study of ionizing radiation. During the first half of the century, aerosol look for continued, and grew important after World War II and especially during the 1970s and 1980s, during which environmental aw areness and a concern for health effects arising from air taint in community and occupational environments, promoting the development of aerosol engineering science. The field expanded rapidly in the 1980s, including the involvement of aerosols in high technology production processes and a concern for aerosol contamination. The decade of the 1990s has seen increased research on the prop erties of ultra fine particles and on the effect of aerosols on global climate. Now, aerosol technology has become an important toll in understanding the effect we have on our environment and the impact of the environment on us. After all, there are multiple aerosols in our own surroundings, such as re-suspended soil particles, smoke from power generation, photochemically founded particles, salt particles created from ocean spray, and the water droplets or ice particles that form clouds, and include a wide range of phenomena such as fume, dust, smoke. Every aerosol varies in their ability to affect visibility as well as our health and quality of life, and understanding the properties of aerosols would enable us to comprehend so many natural processes, such as cl... ...DRUMs like the wizard displayed below, coating the draw close with the sticky covering of your choice, and using a motor to rotate the DRUM, as the particles are drawn in by the vacuum, they are deposited onto the plate, and the plate rotates continuously, preventing the build-up of particles in one area. The dynamics of particle deposition on the circular DRUM are essentially the same as that of the impactor plate, because the width of the nozzle is so tiny compared to the develop area of the curved DRUM, that, despite the curve, in relation to the nozzle, the DRUM is essentially a flat surface. References * Reist, Parker C. aerosol bomb Science & Technology Second Edition. New York Macmillan, Inc, 1984. * Hinds, William C. Aerosol Technology Properties, Behavior, & Measurement of Airborne Particles, Second Edition. New York John Wiley & Sons, Inc, 1999.