How is Centigrade  converted to Fahrenheit ?
98177
Here's a website that will help.
596132
The correct formula is\nFarenheit  = 180/100 * Celcius + 32\n\nThe reverse formula is\nCelcius = 100*(Farenheit - 32)/180\n\n\nYou can also use google:\nhttp://www.google.com/search?hl=en&q=32+c+to+f&btnG=Google+Search\n\n\nHope this helps\n\nMahurshi Akilla
500311
That depends entirely on whether you mean 0 degrees Kelvin, 0 degrees Fahrenheit or 0 degrees Celsius.\n\nOnce you tell us that the answer will be very easy to work out. Only the Kelvin scale allows us to refer to temperatures  as fractions of other temperatures, so any reading will need to be converted to Kelvin with reference to absolute zero.\n\nIt's really not hard to do, but you need to tell us your units.
44647
212 degrees Fahrenheit, 100 degrees Celsius.
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There are several stories:\n\nThere are several competing versions of the story of how Fahrenheit came to devise his temperature scale. One states that Fahrenheit established the zero (0 °F) and 100 °F points on his scale by recording the lowest outdoor temperatures he could measure, and his own body temperature. He took as his zero point the lowest temperature he measured in the harsh winter of 1708 through 1709 in his hometown of Danzig (now Gdansk, Poland) (−17.8 °C). (He was later able to reach this temperature under laboratory conditions using a mixture of ice, ammonium chloride and water.) Fahrenheit wanted to avoid the negative temperatures that Ole Rømer's scale had produced in everyday use. He fixed his own body temperature as 100 °F (normal body temperature is closer to 98.6 °F, suggesting that Fahrenheit was suffering a fever when he conducted his experiments, that his thermometer was inaccurate, or lastly it is believed that he used a cow's temperature instead of his own), and divided his original scale into twelve divisions; later dividing each of these into 8 equal subdivisions produced a scale of 96 degrees. Fahrenheit noted that his scale placed the freezing point of water at 32 °F and the boiling point at 212 °F, a neat 180 degrees apart.\n\nAnother story holds that Fahrenheit established the zero of his scale (0 °F) as the temperature at which an equal mixture of ice and salt melts (some say he took that fixed mixture of ice and salt that produced the lowest temperature); and ninety-six degrees as the temperature of blood (he initially used horse blood to calibrate his scale). Initially, his scale only contained 12 equal subdivisions, but later he subdivided each division into 8 equal degrees ending up with 96.\n\nA third well-known version of the story, as described in the popular physics television series The Mechanical Universe, holds that Fahrenheit simply adopted Rømer's scale, at which water freezes at 7.5 degrees, and multiplied each value by 4 in order to eliminate the fractions and increase the granularity of the scale (giving 30 and 240 degrees). He then re-calibrated his scale between the melting point of water and normal human body temperature (which he took to be 96 degrees); the melting point of water was adjusted to 32 degrees so that 64 intervals would separate the two, allowing him to mark degree lines on his instruments by simply bisecting the interval six times (since 64 is 2 to the sixth power).\n\nHis measurements were not entirely accurate, though; by his original scale, the actual melting and boiling points would have been noticeably different from 32 °F and 212 °F. Some time after his death, it was decided to recalibrate the scale with 32 °F and 212 °F as the exact melting and boiling points of plain water. That change was made to easily convert from Celsius to Fahrenheit and vice versa, with a simple formula. This change also explains why the body temperature once taken as 96 or 100 °F by Fahrenheit is today taken by many as 98.6 °F (it is a direct conversion of 37 °C), although giving the value as 98 °F would be more accurate.\n\nA fourth, not so well-known version of the origin of the Fahrenheit scale depends on Fahrenheit himself being a Freemason (of which there is no definitive evidence). In Freemasonry, there are 32 degrees of enlightenment, 32 being the highest. The use of the 'degree' as well is said to have been derived from the degrees of masonry. This may well be coincidence, but there is no conclusive evidence to the contrary, so the thought persists.\n\nA fifth version maintains that Fahrenheit based 0 degrees on an estimate of the temperature someone would freeze to death, and 100 degrees on the temperature someone would die of heat exhaustion from, therefore making 0 to 100 the livable range for human beings (this, however, is not feasible with current knowledge because the human body has been proven to survive at temperatures wel
454506
100 degrees celcius\n212 degrees Fahrenheit
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We can't do this in Fahrenheit.  If we multiply 0 * 2 we get 0...let's convert it to Celsius.\n0F is -17.8 Celsius.\nSo we know city B is -17.8 C.\nSince it is twice as cold in city A, 2*-17.8 gives us -35.6 C for city A.\nConverting -35.6 C to Fahrenheit gives us -32.08.\n\nHope that helps.
753596
It's generally around 62- 68 degrees.\n\nThat's Fahrenheit,not Celsius !
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To convert Kelvin to Celsius  use this formula C = K - 273.  Therefore 422.35k - 273 = 149.35C.\n\nTo convert Celsius to Fahrenheit, the formula is F = (C x 9/5) + 32.  Therefore, 149.35C x 9/5 + 32 = 300.8F.
688212
At the top right corner of the screen where your local temperature box is located, you'll see the letters F and C. The F (Fahrenheit) setting is default. Click on the C link for the current Celsius reading. You could make that permanent unless you want to read the temps in Fahrenheit mode. It's a very simple task. I hope that helps you out any.
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41F\nI dont' remember a "k" is that in calvins?\nsorry kelvins\n\nthe right answer would be c 278k\n\n Temperature conversions between the three temperature scales:\nkelvin / degree Celsius conversions (exact):\n\n    * kelvin = degree Celsius + 273.15\n    * degree Celsius = kelvin - 273.15 \n\ndegree Fahrenheit / degree Celsius conversions (exact):\n\n    * degree F = degree C x 1.8 + 32.\n    * degree C = (degree F - 32.) / 1.8
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Here's the easiest way to remember how to convert from fahrenheit to kelvin (let's use 72 degrees fahrenheit): \n\n72 F + 40 = 112\n112 * (5/9) = 62.2\n62.2 - 40 = 22.2 degrees Celsius.  \nSo what I did was add 40, multiply by 5/9, then subtract 40.\n\nNow just add 273 or 273.15; both are acceptable:\n22.2 + 273 = 295.2 K :)\n\nI know that most people use 32's or whatever, but if you remember my steps, you'll never forget them.
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Celsius to fahrenheit:\n(C*9) / 5 +32\nmultiply it by 9, then divide it by 5, then add 32.\n\nbackwards:\n((F) - 32  ) /9 *5\n\nthere are some converters on the web if you don't want to use the formula:\nwww.wbuf.noaa/gov/tempfc.htm
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To go from Celsius to Fahrenheit, take the temperature in Celsius, multiply by 9, divide by 5, then add 32.\n\nF = (9/5)C + 32
954981
0 degress centagrade is freezing tempature 32 degrees farenheit learn how to converte the different systems it helps .
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It is to double the C degrees then add 30.  You're right, it's not exact, but pretty close for numbers that could be weather temperatures.
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Used to convert celcius to fahrenheit and reverse.\n\nF = (9/5 *C) + 32\n\nYeah, I know the parentheses are redundant.\n\nAlso \n\nC = 5/9 * (F-32)\n\nJust to assure yourself and me that the equations are correct\n\n20 degrees Celcius is the same temperature as 68 degrees Fahrenheit.