In heat transfer, conductance equals conductivity (kcal/hr/sq.m/°C/cm) divided by

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Thermal conductance is the time rate of steady-state heat flow through a unit area of a material or construction induced by a unit temperature difference between the body surfaces, in W/m2⋅K. In physics, thermal conductivity is the property of a material's ability to conduct heat. Thermal conductivity = heat flow rate × distance / (area × temperature gradient). In heat transfer, conductance equals conductivity (kcal/hr/sq.m/°C/cm) divided by K.cal (heat)

In heat transfer, conductance equals conductivity (kcal/hr/sq.m/°C/cm) divided by

Hr (time)

Sq. m (area)

°C (temperature)

K.cal (heat)

The correct answer is `No. 4: K.cal (heat)`

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In heat transfer, conductance equals conductivity (kcal/hr/sq.m/°C/cm) divided by

Hr (time)

Sq. m (area)

°C (temperature)

K.cal (heat)

The correct answer is No. 4: K.cal (heat)

The correct answer is `No. 4: K.cal (heat)`