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10 215° 15 100 Find the resultant magnitude of the vectors a) H = Vector A + Vector B b) I = Vector A - Vector B c) Vector A - Vector C + vector B + Vector E d) K = Vector G- Vector F+ Vector D- Vector C + Vector B %3D

10 215° 15 100 Find the resultant magnitude of the vectors a) H = Vector A + Vector B b) I = Vector A - Vector B c) Vector A - Vector C + vector B + Vector E d) K = Vector G- Vector F+ Vector D- Vector C + Vector B %3D

Advanced Engineering Mathematics
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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2. The following vectors are given: Magnitude (units) Direction 20 horizontal 10 270° 15 210° 12.5 315° E 7.5 75° 10 215° 15 100° Find the resultant magnitude of the vectors a) H = Vector A + Vector B b) I = Vector A – Vector B c) J = Vector A - Vector C + vector B + Vector E d) K = Vector G- Vector F + Vector D- Vector C + Vector B
Transcribed Image Text:2. The following vectors are given: Magnitude (units) Direction 20 horizontal 10 270° 15 210° 12.5 315° E 7.5 75° 10 215° 15 100° Find the resultant magnitude of the vectors a) H = Vector A + Vector B b) I = Vector A – Vector B c) J = Vector A - Vector C + vector B + Vector E d) K = Vector G- Vector F + Vector D- Vector C + Vector B
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