The temperature T of a fluid flowing across a flat heated plate is given by the 2D functione T(x, y) = 100 + Ax(y+1)² – Bx² – C(y+ 1)2e Insert YOUR parameter values A, B, and C into the expression for T(x, y) to obtaine YOUR temperature function. Determine the location and nature of all stationary points of T(x, y) and write down the maximum temperature and its location.
The temperature T of a fluid flowing across a flat heated plate is given by the 2D functione T(x, y) = 100 + Ax(y+1)² – Bx² – C(y+ 1)2e Insert YOUR parameter values A, B, and C into the expression for T(x, y) to obtaine YOUR temperature function. Determine the location and nature of all stationary points of T(x, y) and write down the maximum temperature and its location.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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A=12 B=12 C=7 D=7

Transcribed Image Text:The temperature T of a fluid flowing across a flat heated plate is given by the 2D functione
T(x, y) = 100 + Ax(y+ 1)2 – Bx² - C(y+ 1)2e
Insert YOUR parameter values A, B, and C into the expression for T(x, y) to obtaine
YOUR temperature function.
Determine the location and nature of all stationary points of T(x, y) and write down the
maximum temperature and its location.
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