2.6 If H = 4a, – 3a, + 5a, at (1, 7/2, 0) the component of H parallel to surface p = 1 is (а) 4а, (d) -3a, + 5a, (e) 5a + 3a, (b) 5a, (c) - 3a
2.6 If H = 4a, – 3a, + 5a, at (1, 7/2, 0) the component of H parallel to surface p = 1 is (а) 4а, (d) -3a, + 5a, (e) 5a + 3a, (b) 5a, (c) - 3a
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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Transcribed Image Text:2.6 If H = 4a, – 3a, + 5a, at (1, 7/2,0) the component of H parallel to surface
p 1 is
(а) — За, + 5а,
(e) 5a, + 3a,
(a) 4a
(b) 5a,
(c) -3a

Transcribed Image Text:Now,
H =
4ap — За, + 5а,,
In cartesian form:
x = p cos o, y = p sin ø, z = z
At p = 1, o
2, z = 0, we have
x = 1 × cos ( 5
0,
y = 1 × sin(
(3)=1,
z = z = 0
Therefore, P = 1
(along x and z-direction)
means parallel to y i.e.
given below, we have
ap + az
= cos pa, – sin øa, + az
= COS
ap
sin (5) as + az
(0)а, — (1)а, + а,
- aø + az
So, the component parallel to p = 1 is – 3a4
-
Thus, the component is -3a6 + 5a,.
Hence, the correct option will be
(d)
|-3ag + 5a,
i.e.
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