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Identify the following statement that is FALSE. O The dot product and cross product are both used to set up the scalar triple product. O Vectors have both magnitude and direction. O The magnitude of a vector can be found by adding the magnitudes of its respective cartesian components together. O Dot product can be used to find the component of a vector along a given direction. O Direction cosines can be used to describe unit vector.

Identify the following statement that is FALSE. O The dot product and cross product are both used to set up the scalar triple product. O Vectors have both magnitude and direction. O The magnitude of a vector can be found by adding the magnitudes of its respective cartesian components together. O Dot product can be used to find the component of a vector along a given direction. O Direction cosines can be used to describe unit vector.

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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Identify the following statement that is FALSE. O The dot product and cross product are both used to set up the scalar triple product. O Vectors have both magnitude and direction. O The magnitude of a vector can be found by adding the magnitudes of its respective cartesian components together. O Dot product can be used to find the component of a vector along a given direction. O Direction cosines can be used to describe unit vector.
Transcribed Image Text:Identify the following statement that is FALSE. O The dot product and cross product are both used to set up the scalar triple product. O Vectors have both magnitude and direction. O The magnitude of a vector can be found by adding the magnitudes of its respective cartesian components together. O Dot product can be used to find the component of a vector along a given direction. O Direction cosines can be used to describe unit vector.
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