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Thermal resistance

Values for calculation

$ \{\text{Value}\in\mathbb{R}\} $
This set includes all real numbers.
$ \text{Value} $

Thermal resistance converter

Thermal resistance converter from kelvin/watt to degree Fahrenheit hour/Btu (IT)

$$ 1\ \mathrm{K/W}=\cfrac{1}{1.8956342406}\ \mathrm{°F\cdot\ h/Btu\ (IT)}=0.528\ \mathrm{°F\cdot\ h/Btu\ (IT)} $$
$ 0.52752792631741\ \mathrm{°F\cdot\ h/Btu\ (IT)} $
Unrounded result
0.52752792631741
$1\ \mathrm{K/W}=\cfrac{1}{1.8956342406}\ \mathrm{°F\cdot\ h/Btu\ (IT)}=0.528\ \mathrm{°F\cdot\ h/Btu\ (IT)}$
Equations in LaTeX code
1\ \mathrm{K/W}=\cfrac{1}{1.8956342406}\ \mathrm{°F\cdot\ h/Btu\ (IT)}=0.528\ \mathrm{°F\cdot\ h/Btu\ (IT)}

Thermal resistance converter from kelvin/watt to degree Fahrenheit hour/Btu (th)

$$ 1\ \mathrm{K/W}=\cfrac{1}{1.8969028295}\ \mathrm{°F\cdot\ h/Btu\ (th)}=0.527\ \mathrm{°F\cdot\ h/Btu\ (th)} $$
$ 0.52717513224628\ \mathrm{°F\cdot\ h/Btu\ (th)} $
Unrounded result
0.52717513224628
$1\ \mathrm{K/W}=\cfrac{1}{1.8969028295}\ \mathrm{°F\cdot\ h/Btu\ (th)}=0.527\ \mathrm{°F\cdot\ h/Btu\ (th)}$
Equations in LaTeX code
1\ \mathrm{K/W}=\cfrac{1}{1.8969028295}\ \mathrm{°F\cdot\ h/Btu\ (th)}=0.527\ \mathrm{°F\cdot\ h/Btu\ (th)}

Thermal resistance converter from kelvin/watt to degree Fahrenheit second/Btu (IT)

$$ 1\ \mathrm{K/W}={1}\cdot{1899.1005347}\ \mathrm{°F\cdot\ s/Btu\ (IT)}=1899.1\ \mathrm{°F\cdot\ s/Btu\ (IT)} $$
$ 1899.1005347\ \mathrm{°F\cdot\ s/Btu\ (IT)} $
Unrounded result
1899.1005347
$1\ \mathrm{K/W}={1}\cdot{1899.1005347}\ \mathrm{°F\cdot\ s/Btu\ (IT)}=1899.1\ \mathrm{°F\cdot\ s/Btu\ (IT)}$
Equations in LaTeX code
1\ \mathrm{K/W}={1}\cdot{1899.1005347}\ \mathrm{°F\cdot\ s/Btu\ (IT)}=1899.1\ \mathrm{°F\cdot\ s/Btu\ (IT)}

Thermal resistance converter from kelvin/watt to degree Fahrenheit second/Btu (th)

$$ 1\ \mathrm{K/W}={1}\cdot{1897.8304761}\ \mathrm{°F\cdot\ s/Btu\ (th)}=1897.8\ \mathrm{°F\cdot\ s/Btu\ (th)} $$
$ 1897.8304761\ \mathrm{°F\cdot\ s/Btu\ (th)} $
Unrounded result
1897.8304761
$1\ \mathrm{K/W}={1}\cdot{1897.8304761}\ \mathrm{°F\cdot\ s/Btu\ (th)}=1897.8\ \mathrm{°F\cdot\ s/Btu\ (th)}$
Equations in LaTeX code
1\ \mathrm{K/W}={1}\cdot{1897.8304761}\ \mathrm{°F\cdot\ s/Btu\ (th)}=1897.8\ \mathrm{°F\cdot\ s/Btu\ (th)}
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