17 a) Let ~= < 6,0,2√√3> and √²=<4,0,0>, Sketch in standard. Suitable triangle Position in 30, and use to find the angle between them, 0. a 17 b) Find a unit vector R orthogonal (perpendicular to both and with the vectors. J₁ J², and ² (in this order) Following the right-hand rull. 17 c) Find xv using (10110lsing) n.
17 a) Let ~= < 6,0,2√√3> and √²=<4,0,0>, Sketch in standard. Suitable triangle Position in 30, and use to find the angle between them, 0. a 17 b) Find a unit vector R orthogonal (perpendicular to both and with the vectors. J₁ J², and ² (in this order) Following the right-hand rull. 17 c) Find xv using (10110lsing) n.
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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Question
![а
17a) Let J² = < 6, 0, 2√3 >
√² = < 4₁0,0>
and
J, V in standard
Sketch
suitable triangle
position in 3D, and use
to find the angle between them, o.
Ov
Find a unit vector
n
orthogonal (Perpendicular
17 b
to both Band , with the vectors.
J, V, and (in this order) Following
right-hand rule.
-)
17c) Find Jxv² using (10110lsing).
the](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fac50b8d8-ed5e-4222-adea-45a3db4f7b39%2F53e06964-20f7-42f4-9000-c89ff776c9c9%2F3ytsjzj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:а
17a) Let J² = < 6, 0, 2√3 >
√² = < 4₁0,0>
and
J, V in standard
Sketch
suitable triangle
position in 3D, and use
to find the angle between them, o.
Ov
Find a unit vector
n
orthogonal (Perpendicular
17 b
to both Band , with the vectors.
J, V, and (in this order) Following
right-hand rule.
-)
17c) Find Jxv² using (10110lsing).
the
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