2. Let T(x; y) = sin(2x – y) , P (-; ) and Q(0;0) (a) Determine the directional derivative of T at P in the direction from P to Q. (b) Determine a unit vector in the direction in which T increases most rapidly at P. (c) Find the unit vector in the direction in which T decreases most rapidly at P, and determine the rate of change of T in this direction.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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2. Let T(x;y) = sin(2x – y), P(-:) and Q(0; 0)
(a) Determine the directional derivative of T at P in the direction from P to Q.
(b) Determine a unit vector in the direction in which T increases most rapidly at P.
(c) Find the unit vector in the direction in which T decreases most rapidly at P, and
determine the rate of change of T in this direction.
Transcribed Image Text:2. Let T(x;y) = sin(2x – y), P(-:) and Q(0; 0) (a) Determine the directional derivative of T at P in the direction from P to Q. (b) Determine a unit vector in the direction in which T increases most rapidly at P. (c) Find the unit vector in the direction in which T decreases most rapidly at P, and determine the rate of change of T in this direction.
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