20 Points. A steady state, finite difference analysis has been performed on a cylindrical fin with a diameter of $12 mm$ and a thermal conductivity of $15 W / mK$ . Air convection surrounding the fin has a heat transfer coefficient of $25 W / m^{2} K$ and temperature of $2 5^{?} C$ . Node temperatures are given in the picture. Each node is separated by a distance $d x$ of $10 mm$ . Determine the temperature at node $3 : T_{2}$ Answer $? 89 C$

Question

student submitted image, transcription available below

20 Points. A steady state, finite difference analysis has been performed on a cylindrical fin with a diameter of

12 mm

and a thermal conductivity of

15 W / mK

. Air convection surrounding the fin has a heat transfer coefficient of

25 W / m^{2} K

and temperature of

2 5^{?} C

. Node temperatures are given in the picture. Each node is separated by a distance

d x

of

10 mm

. Determine the temperature at node

3 : T_{2}

Answer

? 89 C

Accepted Answer

Expert Answer to -      20 Points. A steady state, finite difference analysis has been performed on a cylindrical fin w

Answer

Solution for -      20 Points. A steady state, finite difference analysis has been performed on a cylindrical fin w

Answer

This an additional answer to -      20 Points. A steady state, finite difference analysis has been performed on a cylindrical fin w

(Solved): 20 Points. A steady state, finite difference analysis has been performed on a cylindrical fin w ...