A wall made of wood is 4.00 cm thick and has an area of 48.0 m² if the temperature inside is 25 °C and the temperature on the outs is 14 °C, then at what rate is thermal energy transported through the wall by conduction? The thermal conductivity of wood is 0.080 Jsm¹(c)¹ -1 'n Muur is gemaak van hout wat 4.00 cm dik is en met 'n oppervlakte van 48.0 m². Wat is die tempo van energie oordrag as gevolg var neleiding deur die muur indien die binne temperatuur is 25 °C en die buite temperatuur 14 °C is?

Elements Of Electromagnetics
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A wall made of wood is 4.00 cm thick and has an area of 48.0 m². If the temperature inside is 25 °C and the temperature on the outside
is 14 C, then at what rate is thermal energy transported through the wall by conduction? The thermal conductivity of wood is
0.080 Js ¹m¹(c)¹
'n Muur is gemaak van hout wat 4.00 cm dik is en met 'n oppervlakte van 48.0 m². Wat is die tempo van energie oordrag as gevolg van
geleiding deur die muur indien die binne temperatuur is 25 °C en die buite temperatuur 14 °C is?
Die termiese geleidingskonstante van hout is 0.080 Jsm¹(C)1.
Select one:
a 82 W
O b. 1056 W
690 W
1100 W
O e. 2200 W
O.C.
O d.
A
Transcribed Image Text:A wall made of wood is 4.00 cm thick and has an area of 48.0 m². If the temperature inside is 25 °C and the temperature on the outside is 14 C, then at what rate is thermal energy transported through the wall by conduction? The thermal conductivity of wood is 0.080 Js ¹m¹(c)¹ 'n Muur is gemaak van hout wat 4.00 cm dik is en met 'n oppervlakte van 48.0 m². Wat is die tempo van energie oordrag as gevolg van geleiding deur die muur indien die binne temperatuur is 25 °C en die buite temperatuur 14 °C is? Die termiese geleidingskonstante van hout is 0.080 Jsm¹(C)1. Select one: a 82 W O b. 1056 W 690 W 1100 W O e. 2200 W O.C. O d. A
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