Q1. a. Find the eigen values of the following matrix and discuss the applications of eigen values in engineering disciplines. [25 4 A=0 6-3 00 8 b. Temperature of a disk brake plate at any point (x, y) varies is represented by the T(x,y)=100/(1+x³+y³ ) where T measure in °C and x, y in meters. Find the rate of change of temperature with respect to x direction and y direction and also the rate at a point (2,1).

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Q1.
a. Find the eigen values of the following matrix and discuss the applications of
eigen values in engineering disciplines.
2 5 4
A=0 6-3
00 8
b. Temperature of a disk brake plate at any point (x, y) varies is represented by the
T(x,y)=100/(1+x³+y³ ) where T measure in °C and x, y in meters. Find the rate of
change of temperature with respect to x direction and y direction and also the rate at a
point (2,1).
Transcribed Image Text:Q1. a. Find the eigen values of the following matrix and discuss the applications of eigen values in engineering disciplines. 2 5 4 A=0 6-3 00 8 b. Temperature of a disk brake plate at any point (x, y) varies is represented by the T(x,y)=100/(1+x³+y³ ) where T measure in °C and x, y in meters. Find the rate of change of temperature with respect to x direction and y direction and also the rate at a point (2,1).
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