A metal rod of length 0.1 m as shown in Figure 1 that is initially at 70°C,that is the temperatures of all he nodes inside the rod when time is zero. The steady-state temperature at the left and right ends of he rod is given by 50°C and 20°C, respectively. Use the implicit method to find the temperature distribution in the rod from t = 0 to t = 10 seconds. Use the Ax = 0.01 m, k = 54W/m-K, = 7800kg/m3 and C = 490 J/kg-K. Determine value of and to solve the temperature distribution for the time as i) and i). Then, solve using direct method and Gauss-Seidel method. Compare the error between the exact solution and iterative method. At = 1 s ) At = 2 s

A metal rod of length 0.1 m as shown in Figure 1 that is initially at 70°C,that is the temperatures of all he nodes inside the rod when time is zero. The steady-state temperature at the left and right ends of he rod is given by 50°C and 20°C, respectively. Use the implicit method to find the temperature distribution in the rod from t = 0 to t = 10 seconds. Use the Ax = 0.01 m, k = 54W/m-K, = 7800kg/m3 and C = 490 J/kg-K. Determine value of and to solve the temperature distribution for the time as i) and i). Then, solve using direct method and Gauss-Seidel method. Compare the error between the exact solution and iterative method. At = 1 s ) At = 2 s

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

The end of the handle should be identified as a point of interest. Determine the Degree of freedom.
D= 1.75 in d= 0.75 in r= .120 in
32. Fine-grained materials have stress-hardening properties. a. True b. False
Determine the cylinder bore and compression ratio of the engine if the total volume is 900 cubic millimeter, stroke is 60 mm and piston displacement is 734.20 cubic millimeter.
1-5. Show that (t) = A sin wt + B cos wt can be written as (t)= C sin(wt + $)
900 Determine the bar force in members Zo00 3; hi ; Jd 4 bc 00
The system shown is in static equilibrium and motionless. Consider the 10 kN force as "the load" on the system. • The coefficient of static friction at a rope/shaft interface is 0.25. • The coefficient of kinetic friction at a rope/shaft interface is 0.16. NOTE: • Submitted responses shall be to 4 significant figures. Do NOT use scientific notation. Find: 8. The angle of wrap around the upper-left shaft is 9. The angle of wrap around the lower-right shaft is 10. The maximum magnitude of the force P that will not initiate upward motion of the load is rad. _kN. 11. The minimum magnitude of the force P that will not initiate downward motion of the load is _kN.
3. Determine the displacement of an eight-cylinder engine having a bore of 3.25 in and a stroke of 3 in.
Rod M,L ellle ellecl
7
The 10-kg crate is subjected to a force having a constant direction and a magnitude F = 100 N. When s = 15 m, the crate is moving to the right with a speed of 8 m/s. Determine 1) The normal force between the crate and the ground. 2) Its speed when s = 25 m. %3D The coefficient of kinetic friction between the crate and the ground is mk = 0.25.