Gebruiker:Bdijkstra/zolder/Temperatuurschalen

Sjabloon:Temperatuurschaalconversie

Linktabel

persoon	land	jaar	schaal
C Anders Celsius	Zweden	1742	Celsius
D Joseph-Nicolas Delisle	Frankrijk	1732	Delisle
F Gabriel Fahrenheit	Polen /  Nederland	1724	Fahrenheit
T William Thomson	Verenigd Koninkrijk	1848	Kelvin
N Isaac Newton	Engeland	1700 rond 1700	Newton
Ra William John Macquorn Rankine	Verenigd Koninkrijk	1859	Rankine
Ré René-Antoine Ferchault de Réaumur	Frankrijk	1731	Réaumur
Rø Ole Christensen Rømer	Denemarken	1701	Rømer

Conversie

Tabel met <math>:

uit \ in	Celsius	Delisle	Fahrenheit	Kelvin	Newton	Rankine	Réaumur	Rømer
Celsius $T_{\mathrm {C} }=$		$100-T_{\mathrm {D} }\cdot {\tfrac {2}{3}}$	$\left(T_{\mathrm {F} }-32\right)\cdot {\tfrac {5}{9}}$	$T_{\mathrm {K} }-273{,}15\!$	$T_{\mathrm {N} }\cdot {\tfrac {100}{33}}$	$(T_{\mathrm {Ra} }-491{,}67)\cdot {\tfrac {5}{9}}$	$T_{\mathrm {Re} }\cdot {\tfrac {5}{4}}$	$(T_{\mathrm {Ro} }-7{,}5)\cdot {\tfrac {40}{21}}$
Delisle $T_{\mathrm {D} }=$	$(100-T_{\mathrm {C} })\cdot {\tfrac {3}{2}}$		$(212-T_{\mathrm {F} })\cdot {\tfrac {5}{6}}$	$(373{,}15-T_{\mathrm {K} })\cdot {\tfrac {3}{2}}$	$(33-T_{\mathrm {N} })\cdot {\tfrac {50}{11}}$	$(671{,}67-T_{\mathrm {Ra} })\cdot {\tfrac {5}{6}}$	$(80-T_{\mathrm {Re} })\cdot {\tfrac {15}{8}}$	$(60-T_{\mathrm {Ro} })\cdot {\tfrac {20}{7}}$
Fahrenheit $T_{\mathrm {F} }=$	$T_{\mathrm {C} }\cdot {\tfrac {9}{5}}+32$	$212-T_{\mathrm {D} }\cdot {\tfrac {6}{5}}$		$T_{\mathrm {K} }\cdot {\tfrac {9}{5}}-459{,}67$	$T_{\mathrm {N} }\cdot {\tfrac {60}{11}}+32$	$T_{\mathrm {Ra} }-459{,}67\!$	$T_{\mathrm {Re} }\cdot {\tfrac {9}{4}}+32$	$\left(T_{\mathrm {Ro} }-7{,}5\right)\cdot {\tfrac {24}{7}}+32$
Kelvin $T_{\mathrm {K} }=$	$T_{\mathrm {C} }+273,15\!$	$373{,}15-T_{\mathrm {D} }\cdot {\tfrac {2}{3}}$	$\left(T_{\mathrm {F} }+459{,}67\right)\cdot {\tfrac {5}{9}}$		$T_{\mathrm {N} }\cdot {\tfrac {100}{33}}+273{,}15$	$T_{\mathrm {Ra} }\cdot {\tfrac {5}{9}}$	$T_{\mathrm {Re} }\cdot {\tfrac {5}{4}}+273{,}15$	$(T_{\mathrm {Ro} }-7{,}5)\cdot {\tfrac {40}{21}}+273{,}15$
Newton $T_{\mathrm {N} }=$	$T_{\mathrm {C} }\cdot {\tfrac {33}{100}}$	$33-T_{\mathrm {D} }\cdot {\tfrac {11}{50}}$	$(T_{\mathrm {F} }-32)\cdot {\tfrac {11}{60}}$	$(T_{\mathrm {K} }-273{,}15)\cdot {\tfrac {33}{100}}$		$(T_{\mathrm {Ra} }-491{,}67)\cdot {\tfrac {11}{60}}$	$T_{\mathrm {Re} }\cdot {\tfrac {33}{80}}$	$(T_{\mathrm {Ro} }-7{,}5)\cdot {\tfrac {22}{35}}$
Rankine $T_{\mathrm {Ra} }=$	$T_{\mathrm {C} }\cdot {\tfrac {9}{5}}+491{,}67$	$671{,}67-T_{\mathrm {D} }\cdot {\tfrac {6}{5}}$	$T_{\mathrm {F} }+459{,}67\!$	$T_{\mathrm {K} }\cdot {\tfrac {9}{5}}$	$T_{\mathrm {N} }\cdot {\tfrac {60}{11}}+491{,}67$		$(T_{\mathrm {Re} }\cdot {\tfrac {5}{4}}-273{,}15)\cdot {\tfrac {9}{5}}$	$(T_{\mathrm {Ro} }-7{,}5)\cdot {\tfrac {24}{7}}+491{,}67$
Réaumur $T_{\mathrm {Re} }=$	$T_{\mathrm {C} }\cdot {\tfrac {4}{5}}$	$80-T_{\mathrm {D} }\cdot {\tfrac {8}{15}}$	$\left(T_{\mathrm {F} }-32\right)\cdot {\tfrac {4}{9}}$	$(T_{\mathrm {K} }-273{,}15)\cdot {\tfrac {4}{5}}$	$T_{\mathrm {N} }\cdot {\tfrac {80}{33}}$	$(T_{\mathrm {Ra} }\cdot {\tfrac {5}{9}}+273{,}15)\cdot {\tfrac {4}{5}}$		$(T_{\mathrm {Ro} }-7{,}5)\cdot {\tfrac {32}{21}}$
Rømer $T_{\mathrm {Ro} }=$	$T_{\mathrm {C} }\cdot {\tfrac {21}{40}}+7{,}5$	$60-T_{\mathrm {D} }\cdot {\tfrac {7}{20}}$	$\left(T_{\mathrm {F} }-32\right)\cdot {\tfrac {7}{24}}+7{,}5$	$(T_{\mathrm {K} }-273{,}15)\cdot {\tfrac {21}{40}}+7{,}5$	$T_{\mathrm {N} }\cdot {\tfrac {35}{22}}+7{,}5$	$(T_{\mathrm {Ra} }-7{,}5)\cdot {\tfrac {24}{7}}+491{,}67$	$T_{\mathrm {Re} }\cdot {\tfrac {21}{32}}+7{,}5$

Tabel met {{math}}:

uit \ in	Celsius	Delisle	Fahrenheit	Kelvin	Newton	Rankine	Réaumur	Rømer
Celsius TC =		100 − TD · 2/3	(TF − 32) · 5/9	TK − 273,15	TN · 100/33	(TRa − 491,67) · 5/9	TRé · 5/4	(TRø − 7,5) · 40/21
Delisle TD =	(100 − TC) · 3/2		(212 − TF) · 5/6	(373,15 − TK) · 3/2	(33 − TN) · 50/11	(671,67 − TRa) · 5/6	(80 − TRé) · 15/8	(60 − TRø) · 20/7
Fahrenheit TF =	TC · 9/5 + 32	212 − TD · 6/5		TK · 9/5 − 459,67	TN · 60/11 + 32	TRa − 459,67	TRé · 9/4 + 32	(TRø − 7,5) · 24/7 + 32
Kelvin TK =	TC + 273,15	373,15 − TD · 2/3	(TF + 459,67) · 5/9		TN · 100/33 + 273,15	TRa · 5/9	TRé · 5/4 + 273,15	(TRø − 7,5) · 40/21 + 273,15
Newton TN =	TC · 33/100	33 − TD · 11/50	(TF − 32) · 11/60	(TK − 273,15) · 33/100		(TRa − 491,67) · 11/60	TRé · 33/80	(TRø − 7,5) · 22/35
Rankine TRa =	TC · 9/5 + 491,67	671,67 − TD · 6/5	TF + 459,67	TK · 9/5	TN · 60/11 + 491,67		(TRé · 5/4 − 273,15) · 9/5	(TRø − 7,5) · 24/7 + 491,67
Réaumur TRé =	TC · 4/5	80 − TD · 8/15	(TF − 32) · 4/9	(TK − 273,15) · 4/5	TN · 80/33	(TRa · 5/9 + 273,15) · 4/5		(TRø − 7,5) · 32/21
Rømer TRø =	TC · 21/40 + 7,5	60 − TD · 7/20	(TF − 32) · 7/24 + 7,5	(TK − 273,15) · 21/40 + 7,5	TN · 35/22 + 7,5	(TRa − 7,5) · 24/7 + 491,67	TRé · 21/32 + 7,5