A rustic cabin has a floor area of 3.50 m x 4.00 m Its walls, which are 2.60 tallare made of wood (thermal conductivity 00600W/(mK) 190 cm thick and are further insulated with t of a synthetic material When the outside temperature is 2.00°C, it is found necessary to heal the room at a rale of 1.35 kW to maintain its temperature at 19.0 "C Part A Calculate the thermal conductivity of the insulating material. Neglect the heat last through the ceiling and floor. Assume the inner and outer surfaces of the wall have the same temperature as the air inside and outside the cabin. ΤΕΙ ΑΣΦ A 2 W/(m-K) Submit Request Answer

icon
Related questions
Question
Q7
A rustic cabin has a floor area of 3.50 mx 4.00 m. Its walls, which are 2.60
m tall, are made of wood (thermal conductivity 0 0800W/(mK) 1.90 cm
thick and are further insulated with 1.60 cm of a synthetic material When the
outside temperature is 2.00 °C, it is found necessary to heat the room at a rale
of 1.35 kW to maintain its temperature at 19.0 "C
Part A
Calculate the thermal conductivity of the insulating material. Neglect the heat last through the ceiling and floor. Assume the inner and outer surfaces of the wall have the same temperature as
the air inside and outside the cabin.
IVE] ΑΣΦ
^
A
C
?
ku
W/(m.K)
Submit
Request Answer
Transcribed Image Text:A rustic cabin has a floor area of 3.50 mx 4.00 m. Its walls, which are 2.60 m tall, are made of wood (thermal conductivity 0 0800W/(mK) 1.90 cm thick and are further insulated with 1.60 cm of a synthetic material When the outside temperature is 2.00 °C, it is found necessary to heat the room at a rale of 1.35 kW to maintain its temperature at 19.0 "C Part A Calculate the thermal conductivity of the insulating material. Neglect the heat last through the ceiling and floor. Assume the inner and outer surfaces of the wall have the same temperature as the air inside and outside the cabin. IVE] ΑΣΦ ^ A C ? ku W/(m.K) Submit Request Answer
Expert Solution
steps

Step by step

Solved in 2 steps

Blurred answer