→ Air conditioners should be set to no lower than 77-78☏ or 25-26☌. Also, a temperature of 39 degrees Celsius/102 degrees Fahrenheit is not dangerous in and of itself, although it should prompt the individual to seek medical attention if it persists. A fever in Celsius is a temperature greater than 38 degrees, or the equivalent of 100.4 degrees Fahrenheit. → 37 degrees Celsius is the equivalent of 98.6 degrees Fahrenheit, or normal body temperature. This saves on your heating bill and also helps reduce the use of natural gas, which is the most common natural resource used to heat houses. → Your thermostat in the winter is ideally set to about 69☏ or 20☌.
#Fahrenheit to celsius converter how to
→ 100☏ is really really hot in the summer and it is 38☌ so when people talk about a 100☏ heatwave, it means hot. How to convert the Samsung refrigerator's temperature display to Celsius Last Update date : On most models, changing the temperature unit on your Samsung Fridge between Celsius and Fahrenheit is regulated by a 3 second long press of one of the fridge's buttons. The user must fill one of the two fields and. This tool converts fahrenheit to celsius (o F to o C) and vice versa. On the Fahrenheit scale, the freezing point of water is 32 degrees Fahrenheit (o F) and the boiling point 212 o F. This is one of the easiest way to convert them if you know that 0☌ = 32☏ Fahrenheit (symbol o F) is a temperature scale. → 1 Celsius change is a change of 1.8 Fahrenheits while a 1 Fahrenheit change translates to a change of 0.55 Celsius. However, remembering a few ☌ and ☏ pairs can be useful in everyday life. Remember a few popular temperaturesīecause of the complex convesion formula people often use fahrenheit to celsius calculators to convert temperatures. Read more about the fahrenheit scale and celsius. The Fahrenheit and Celsius scales coincide at -40°. Worldwide usage of Fahrenheit and Celsius It is most commonly used in the United States in weather forecasts and to describe temperatures inside houses, offices, etc.Ĭelsius, or centigrade, is also a temperature scale that describes temperatures in Celsius degrees (☌) and it is used in (almost) everywhere else outside the US. This is a general method, which will perform all temperature unit conversions public static double ConvertTemperatureUnits(TemperatureUnit toConvert, TemperatureUnit from, double value)ĬonvertedValue = 1.8 * (value - 273.Type in either field in the form below to convert from Fahrenheit to Celsius or from Celsius to Fahrenheit: Fahrenheit:įahrenheit is a temperature scale used for describing temperatures in Fahrenheit degrees (☏). Private TemperatureUnit(string name, string symbol, Conversion fromKelvin, Conversion toKelvin) base all functions around Kelvin since that allows us to restrict values to zero and above If (unit.ToKelvin(value) < 0.0) throw new TemperatureIsBelowAbsoluteZeroException(value,unit) ĭelegate double Conversion(double source) Private static void AssertValueNotBelowAbsZero(double value, TemperatureUnit unit) If (unit = null) throw new ArgumentNullException() Private static void AssertUnitNotNull(TemperatureUnit unit) Return to.FromKelvin(from.ToKelvin(value)) Private static double ConvertUnit(double value, TemperatureUnit from, TemperatureUnit to) Return new Temperature(a.value * b, a.unit) Public static Temperature operator *(Temperature a, double b) Return new Temperature(a.value / b, a.unit) Public static Temperature operator /(Temperature a, double b)
Return new Temperature(a.value - 1.0, a.unit) Public static Temperature operator -(Temperature a) Return new Temperature(a.value + 1.0, a.unit) Public static Temperature operator ++(Temperature a) Return a - ConvertUnit(b.value, b.unit, a.unit)
Public static Temperature operator -(Temperature a, Temperature b) Return new Temperature(a.value - b, a.unit) Public static Temperature operator -(Temperature a, double b) Public static Temperature operator +(Temperature a, TemperatureUnit b)
Return a + ConvertUnit(b.value, b.unit, a.unit) Public static Temperature operator +(Temperature a, Temperature b) Return new Temperature(a.value + b, a.unit) Public static Temperature operator +(Temperature a, double b) Return (value).CompareTo(t.(t.Value.value)) Return string.Format(OutputFormat, this.value, ) This.value = ConvertUnit(this.value, this.unit, value) This.value = ConvertUnit(temp.value, temp.unit, unit) ĪssertValueNotBelowAbsZero(value, this.unit) Public Temperature(Temperature temp, TemperatureUnit unit) Public Temperature(double value, TemperatureUnit unit) I've knocked up a rough hash below (only partially tested) should it be of interest: public struct Temperature: IComparable Earlier in the comments I suggested the option of using a struct to encapsulate your temperature conversion logic.
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