(θ2 > θ1 ). The temperature at the interface is?
Two materials having coefficients of thermal conductivity ′ 3K ′ and ′ K ′ and thickness ‘d’ and ′ 3d ′ , respectively, are joined to form a slab as shown in the figure. The temperature of the outer surfaces are ′ θ2 ′ and ′ θ1 ′ respectively, (θ2 > θ1 ). The temperature at the interface is?
10
Sep
Two materials having coefficients of thermal conductivity ′ 3K ′ and ′ K ′ and thickness ‘d’ and ′ 3d ′ , respectively, are joined to form a slab as shown in the figure. The temperature of the outer surfaces are ′ θ2 ′ and ′ θ1 ′ respectively, (θ2 > θ1 ). The [...]
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(θ2 > θ1 ). The temperature at the interface is? ,
are joined to form a slab as shown in the figure. The temperature of the outer surfaces are ′ θ2 ′ and ′ θ1 ′ respectively ,
respectively ,
Two materials having coefficients of thermal conductivity ′ 3K ′ and ′ K ′ and thickness 'd' and ′ 3d ′ ,