Powerful Temperature Converter

This Temperature Converter is the collection of eight most popular tempreture scals to convert each others. You can convert any of these Fahrenheit [°F], Celsius [°C], Kelvin [K], Rankine [°R], Newton [°N], Delisle [°De], Rømer [°Rø] and Reaumur [°r] from to. All conversions of Temperature degrees conversions of Fahrenheit (°F), Celsius (°C), Kelvin (K), Rankine (°R), Newton [°N], Delisle [°De], Rømer [°Rø] are build to achieve powerful and max correct answer. How do you convert C to F easily?.

Powerful Temperature Converter


Change or write the value of your available temperature unit and all rest units will calculate automatically. Very easy and powerful Temperature Converter. If you need to know, how many characters or words in your blog, use our Length Converter Free

Temperature Units Conversion Formulas

Below is the tables of all Temperature Converter units conversation formulas. Easiest way to use our website Codepoint Temperature Converter. If you need to try manually by yourself, these fomolas are for you. You can know more about these conversations, visit WiKiPeDiA, What is F and C in temperature?.

Fahrenheit to Other Units Formulas

Namefrom Fahrenheitto Fahrenheit
Celsius[°C] = ([°F] − 32) × 5⁄9[°F] = [°C] × 9⁄5 + 32
Kelvin[K] = ([°F] + 459.67) × 5⁄9[°F] = [K] × 9⁄5 − 459.67
Rankine[°R] = [°F] + 459.67[°F] = [°R] − 459.67
Delisle[°De] = (212 − [°F]) × 5⁄6[°F] = 212 − [°De] × 6⁄5
Newton[°N] = ([°F] − 32) × 11⁄60[°F] = [°N] × 60⁄11 + 32
Réaumur[°Ré] = ([°F] − 32) × 4⁄9[°F] = [°Ré] × 9⁄4 + 32
Rømer[°Rø] = ([°F] − 32) × 7⁄24 + 7.5[°F] = ([°Rø] − 7.5) × 24⁄7 + 32

Celsius to Other Units Formulas

Namefrom Celsiusto Celsius
Fahrenheit[°F] = [°C] × 9⁄5 + 32[°C] = ([°F] − 32) × 5⁄9
Kelvin[K] = [°C] + 273.15[°C] = [K] − 273.15
Rankine[°R] = ([°C] + 273.15) × 9⁄5[°C] = ([°R] − 491.67) × 5⁄9
Delisle[°De] = (100 − [°C]) × 3⁄2[°C] = 100 − [°De] × 2⁄3
Newton[°N] = [°C] × 33⁄100[°C] = [°N] × 100⁄33
Réaumur[°Ré] = [°C] × 4⁄5[°C] = [°Ré] × 5⁄4
Rømer[°Rø] = [°C] × 21⁄40 + 7.5[°C] = ([°Rø] − 7.5) × 40⁄21

Kelvin to Other Units Formulas

Namefrom Kelvinto Kelvin
Celsius[°C] = [K] − 273.15[K] = [°C] + 273.15
Fahrenheit[°F] = [K] × 9⁄5 − 459.67[K] = ([°F] + 459.67) × 5⁄9
Rankine[°R] = [K] × 9⁄5[K] = [°R] × 5⁄9
Delisle[°De] = (373.15 − [K]) × 3⁄2[K] = 373.15 − [°De] × 2⁄3
Newton[°N] = ([K] − 273.15) × 33⁄100[K] = [°N] × 100⁄33 + 273.15
Réaumur[°Ré] = ([K] − 273.15) × 4⁄5[K] = [°Ré] × 5⁄4 + 273.15
Rømer[°Rø] = ([K] − 273.15) × 21⁄40 + 7.5[K] = ([°Rø] − 7.5) × 40⁄21 + 273.15

Rankine to Other Units Formulas

Namefrom Rankineto Rankine
Celsius[°C] = ([°R] − 491.67) × 5⁄9[°R] = ([°C] + 273.15) × 9⁄5
Fahrenheit[°F] = [°R] − 459.67[°R] = [°F] + 459.67
Kelvin[K] = [°R] × 5⁄9[°R] = [K] × 9⁄5
Delisle[°De] = (671.67 − [°R]) × 5⁄6[°R] = 671.67 − [°De] × 6⁄5
Newton[°N] = ([°R] − 491.67) × 11⁄60[°R] = [°N] × 60⁄11 + 491.67
Réaumur[°Ré] = ([°R] − 491.67) × 4⁄9[°R] = [°Ré] × 9⁄4 + 491.67
Rømer[°Rø] = ([°R] − 491.67) × 7⁄24 + 7.5[°R] = ([°Rø] − 7.5) × 24⁄7 + 491.67

Delisle to Other Units Formulas

Namefrom Delisleto Delisle
Celsius[°C] = 100 − [°De] × 2⁄3[°De] = (100 − [°C]) × 3⁄2
Fahrenheit[°F] = 212 − [°De] × 6⁄5[°De] = (212 − [°F]) × 5⁄6
Kelvin[K] = 373.15 − [°De] × 2⁄3[°De] = (373.15 − [K]) × 3⁄2
Rankine[°R] = 671.67 − [°De] × 6⁄5[°De] = (671.67 − [°R]) × 5⁄6
Newton[°N] = 33 − [°De] × 11⁄50[°De] = (33 − [°N]) × 50⁄11
Réaumur[°Ré] = 80 − [°De] × 8⁄15[°De] = (80 − [°Ré]) × 15⁄8
Rømer[°Rø] = 60 − [°De] × 7⁄20[°De] = (60 − [°Rø]) × 20⁄7

Newton to Other Units Formulas

Namefrom Newtonto Newton
Celsius[°C] = [°N] × 100⁄33[°N] = [°C] × 33⁄100
Fahrenheit[°F] = [°N] × 60⁄11 + 32[°N] = ([°F] − 32) × 11⁄60
Kelvin[K] = [°N] × 100⁄33 + 273.15[°N] = ([K] − 273.15) × 33⁄100
Rankine[°R] = [°N] × 60⁄11 + 491.67[°N] = ([°R] − 491.67) × 11⁄60
Delisle[°De] = (33 − [°N]) × 50⁄11[°N] = 33 − [°De] × 11⁄50
Réaumur[°Ré] = [°N] × 80⁄33[°N] = [°Ré] × 33⁄80
Rømer[°Rø] = [°N] × 35⁄22 + 7.5[°N] = ([°Rø] − 7.5) × 22⁄35

Réaumur to Other Units Formulas

Namefrom Réaumurto Réaumur
Celsius[°C] = [°Ré] × 5⁄4[°Ré] = [°C] × 4⁄5
Fahrenheit[°F] = [°Ré] × 9⁄4 + 32[°Ré] = ([°F] − 32) × 4⁄9
Kelvin[K] = [°Ré] × 5⁄4 + 273.15[°Ré] = ([K] − 273.15) × 4⁄5
Rankine[°R] = [°Ré] × 9⁄4 + 491.67[°Ré] = ([°R] − 491.67) × 4⁄9
Delisle[°De] = (80 − [°Ré]) × 15⁄8[°Ré] = 80 − [°De] × 8⁄15
Newton[°N] = [°Ré] × 33⁄80[°Ré] = [°N] × 80⁄33
Rømer[°Rø] = [°Ré] × 21⁄32 + 7.5[°Ré] = ([°Rø] − 7.5) × 32⁄21

Rømer to Other Units Formulas

Namefrom Rømerto Rømer
Celsius[°C] = ([°Rø] − 7.5) × 40⁄21[°Rø] = [°C] × 21⁄40 + 7.5
Fahrenheit[°F] = ([°Rø] − 7.5) × 24⁄7 + 32[°Rø] = ([°F] − 32) × 7⁄24 + 7.5
Kelvin[K] = ([°Rø] − 7.5) × 40⁄21 + 273.15[°Rø] = ([K] − 273.15) × 21⁄40 + 7.5
Rankine[°R] = ([°Rø] − 7.5) × 24⁄7 + 491.67[°Rø] = ([°R] − 491.67) × 7⁄24 + 7.5
Delisle[°De] = (60 − [°Rø]) × 20⁄7[°Rø] = 60 − [°De] × 7⁄20
Newton[°N] = ([°Rø] − 7.5) × 22⁄35[°Rø] = [°N] × 35⁄22 + 7.5
Réaumur[°Ré] = ([°Rø] − 7.5) × 32⁄21[°Rø] = [°Ré] × 21⁄32 + 7.5
Temperature Converter

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