calculand - Thermal conductance
Unit converter
Quantity converter
Numeral systems
Calculate primes
Convert WARP
Volume formulas
Area formulas
Length formulas
Energy formulas
Force formulas
Pressure formulas
Power formulas
Velocity formulas
Heat formulas
Light formulas
Exponents, roots
Logarithm
Circular functions
Elements and materials
Formula collection
Unit list
Quantity list
Numeral systems list
Impressum/Contact
A - D
E - K
L - N
P - S
T - W
<
>
Temperature
Temperature difference
Temperature gradient
Thermal area expansion
Thermal conductance
Thermal conductivity
Thermal insulance
Thermal length expansion
Thermal resistance
Thermal resistivity
Thermal transmittance
Thermal volume expansion
Time
Time fraction
Torque
Transmissivity
Turnover number
Velocity
Velocity gradient
Voltage
Volume
Volume charge density
Volume fraction
Volumetric flow
Volumetric heat capacity
Wave number
Weight flow
Pound square inch per degree Fahrenheit second cubed [lb in²/°F s³]
from ...
aW/K - Attowatt per kelvin
BTU/h °F - British thermal unit per hour degree Fahrenheit
BTU/h K - British thermal unit per hour kelvin
BTU/min K - British thermal unit per minute kelvin
BTU/s K - British thermal unit per second kelvin
cal/s K - Calorie per second kelvin
cW/K - Centiwatt per kelvin
daW/K - Decawatt per kelvin
dW/K - Deciwatt per kelvin
eV/s K - Electronvolt per second kelvin
EW/K - Exawatt per kelvin
fW/K - Femtowatt per kelvin
GW/K - Gigawatt per kelvin
hW/K - Hectowatt per kelvin
J/h K - Joule per hour kelvin
J/min K - Joule per minute kelvin
J/s °F - Joule per second degree Fahrenheit
J/s K - Joule per second kelvin
kcal/s K - Kilocalorie per second kelvin
kg m²/K s³ - Kilogram square metre per kelvin second cubed
kW/K - Kilowatt per kelvin
MW/K - Megawatt per kelvin
µW/K - Microwatt per kelvin
mW/K - Milliwatt per kelvin
nW/K - Nanowatt per kelvin
PW/K - Petawatt per kelvin
pW/K - Picowatt per kelvin
lb in²/°F s³ - Pound square inch per degree Fahrenheit second cubed
lb in²/K s³ - Pound square inch per kelvin second cubed
TW/K - Terawatt per kelvin
var/K - Var per kelvin
VA/K - Volt ampere per kelvin
W/°C - Watt per degree Celsius
W/°De - Watt per degree Delisle
W/°F - Watt per degree Fahrenheit
W/°N - Watt per degree Newton
W/°Ra - Watt per degree Rankine
W/°Ré - Watt per degree Réaumur
W/°Rø - Watt per degree Rømer
W/°We - Watt per degree Wedgwood
W/K - Watt per kelvin
W/T(P) - Watt per planck temperature
yW/K - Yoctowatt per kelvin
YW/K - Yottawatt per kelvin
zW/K - Zeptowatt per kelvin
ZW/K - Zettawatt per kelvin
to ...
aW/K - Attowatt per kelvin
BTU/h °F - British thermal unit per hour degree Fahrenheit
BTU/h K - British thermal unit per hour kelvin
BTU/min K - British thermal unit per minute kelvin
BTU/s K - British thermal unit per second kelvin
cal/s K - Calorie per second kelvin
cW/K - Centiwatt per kelvin
daW/K - Decawatt per kelvin
dW/K - Deciwatt per kelvin
eV/s K - Electronvolt per second kelvin
EW/K - Exawatt per kelvin
fW/K - Femtowatt per kelvin
GW/K - Gigawatt per kelvin
hW/K - Hectowatt per kelvin
J/h K - Joule per hour kelvin
J/min K - Joule per minute kelvin
J/s °F - Joule per second degree Fahrenheit
J/s K - Joule per second kelvin
kcal/s K - Kilocalorie per second kelvin
kg m²/K s³ - Kilogram square metre per kelvin second cubed
kW/K - Kilowatt per kelvin
MW/K - Megawatt per kelvin
µW/K - Microwatt per kelvin
mW/K - Milliwatt per kelvin
nW/K - Nanowatt per kelvin
PW/K - Petawatt per kelvin
pW/K - Picowatt per kelvin
lb in²/°F s³ - Pound square inch per degree Fahrenheit second cubed
lb in²/K s³ - Pound square inch per kelvin second cubed
TW/K - Terawatt per kelvin
var/K - Var per kelvin
VA/K - Volt ampere per kelvin
W/°C - Watt per degree Celsius
W/°De - Watt per degree Delisle
W/°F - Watt per degree Fahrenheit
W/°N - Watt per degree Newton
W/°Ra - Watt per degree Rankine
W/°Ré - Watt per degree Réaumur
W/°Rø - Watt per degree Rømer
W/°We - Watt per degree Wedgwood
W/K - Watt per kelvin
W/T(P) - Watt per planck temperature
yW/K - Yoctowatt per kelvin
YW/K - Yottawatt per kelvin
zW/K - Zeptowatt per kelvin
ZW/K - Zettawatt per kelvin
© 2010 - 2024 Norbert Schneider
