A heat source at T=
k is connected to another heat reservoir at T=k is connected to another heat reservoir at T=
K by a copper slab which is 1m thick. Given that the thermal conductivity of copper is 0.1 
, the energy flux through it in the steady state is :
(a)
90 
(b)
200 W
(c)
65
(d)
120
A heat source at T= k is connected to another heat reservoir at T=k is connected to another heat reservoir at T= K by a copper slab which is 1m thick. Given that the thermal conductivity of copper is 0.1 , the energy flux through it in the steady state is :
(a)
90
(b)
200 W
(c)
65
(d)
120
Question ID - 50235 | SaraNextGen Top Answer
A heat source at T= k is connected to another heat reservoir at T=k is connected to another heat reservoir at T= K by a copper slab which is 1m thick. Given that the thermal conductivity of copper is 0.1 , the energy flux through it in the steady state is :
(a)
90
(b)
200 W
(c)
65
(d)
120
|
A heat source at T= |
|||
|
(a) |
90 |
(b) |
200 W |
|
(c) |
65 |
(d) |
120 |
=
127