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What is Fan-in and Fan-out with reference to program structure?
Wiki User
∙ 14y ago
fan in fan out
Wiki User
∙ 14y ago
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Who is the big fanin one direction?
Lol how can answer that? Directoners are all the same
What actors and actresses appeared in My Last Love - 2012?
The cast of My Last Love - 2012 includes: Ayu Diah Pasha as Ibu Angel Caroline Elodie as Agnes Rozie Mahally as Ferdy Jordi Onsu as Anton Ajun Perwira as Hendra Ranty Purnamasari as Ibu Martin Boogie Samudra as Ayah Martin Evan Sanders as Martin Putri Una as Nadya
What actors and actresses appeared in Bella addormentata - 2012?
The cast of Bella addormentata - 2012 includes: Sara Alzetta as Madre Roberto Francesca Bigi as Infermiera Paola Bonesi as Infermiera Suora Bruno Cariello as Marito che cerca il parente Raffaella Cascino as Caposala Ospedale Enrico Cavallero as Portiere Carlotta Cimador as Rosa Riccardo Cirilli as Primario Antonio De Matteo as Medico Scommettitore Fabrizio Falco as Pipino Maurizio Fanin Angela Favella Alessandro Federico as Infermiere Rabbonitore Federica Fracassi as Madre Eleonora Fuser as Cuoca Carmelo Galati as Medico Cattolico Pier Giorgio Bellocchio as Dr. Pallido Francesca Golia as Amica di Maria 1 Roberto Herlitzka as Lo psichiatra Diana Hobel as Infermiera Suora Isabelle Huppert as Divina Madre Giulia Maulucci as Specializzanda Ruth Morandini as Segretaria Gigio Morra as Il persuasore Simona Nobili as Figlia donna in barella Cristina Odasso as Amica di Maria 2 Diego Pagotto as Prete Antonio Pauletta as Prete Vittoria Piancastelli as Moglie che cerca il parente Brenno Placido as Federico Michele Riondino as Roberto Francesco Roder as Giovane cattolico Alba Rohrwacher as Maria Maya Sansa as Rossa Vanessa Scalera as Deputato PD Fabrice Scott as Prete Divina Toni Servillo as Uliano Beffardi Caterina Silva as Figlia coppia che cerca il parente Paola Tarantino as Malata che perde il sangue dal naso Giacomo Tarsi as Infermiere 1 Gianmarco Tognazzi as Marito della Divina Madre
How to time travel in to the past?
i have an idea. If somebody launch a rocket in space and it has the system like fan.i mean, according to newton first law , if anything get any amount of velocity thenit will go with same speed until any force affects on it. a fan can rotate with veryhigh speed. so if we stay in a vehicle and it attaches with the bled of the big fanin space. we able to rotate the fan with speed of light for one moment and thenwe launch our vehicle then it will get the speed of light for ever. But it is dependedon mathematical calculation. You have to stay alert if you do so.=============================You have a very interesting plan. Here are some mathematical calculations to help you:-- Send astronauts to build the fan in space.The International Space Station is only 109 meters long, and it needed 115 spacemissions to construct it. But money is not a problem for your plan, so you will sendenough material with your astronauts to build a fan that is 1,000 meters across it.-- Tie your vehicle to the end of one fan blade.-- There is a giant motor in the center of your fan. It will spin the blades, withyour vehicle tied to the end. Money is not a problem for your plan, so a hugeamount of fuel was sent with the astronauts, to operate the motor in the center.-- The end of the blade is 500 meters from the center of the fan. How fast do youspin the fan in order to move your vehicle at the speed of light ?Circumference = 2 pi R = 1,000 pi metersRate of rotation = Speed of light / circumference = 300,000,000 / 1,000 pi =95,500 revolutions per second.We know also that a force must pull the vehicle toward the center of its circular motion; if there is not enough force to hold it in circular motion, then it will breakfree and fly off in a straight line.The amount of force needed to keep the vehicle on a 1-kilometer circle, at thespeed of light, isF = m v2 / R = m (3 x 108)2 / 500 = 180,000,000,000,000 newtons (20,230,000,000 English tons)for every kilogram of mass in the vehicle and its passengers.So far in the mathematical calculation, you need to rotate a 1-kilometer structureat a rate of more than 95,000- revolutions per second, with the mass of a vehicleand its passengers mounted 500 meters out from the motor, and you need afan structure that can hold 20 billion tons of force for every kilogram withoutdisintegrating and flying to pieces.But even this does not accomplish the job.From the theory of relativity and thousands of experiments during the past hundredyears, we know that as the speed of the vehicle rises, its mass increases. So, as thespeed of the fan increases and the mass of the vehicle increases, the motor needsmore and more power to increase the speed of the fan even more.
