In a three-dimensional space we have a vector R=( 4ai + 3aj + 5ak). Another vector S has the same Y component as vector R, but a quarter more of its X component and lies in the XY plane. Finally, a vector T has the same X-component as vector R, but a component and equal to Ty--a, and it is also in the XY plane. Find: a) The angle between the vectors R and T. And a vector perpendicular to the plane formed by the vectors R and S. b) The angle between the result of the three vectors and the Z axis. And a vector that cancels the result of the vectors S and T. c) Name at least two ways you could find the angle between the vectors S and T. Clearly justify your reasoning.
In a three-dimensional space we have a vector R=( 4ai + 3aj + 5ak). Another vector S has the same Y component as vector R, but a quarter more of its X component and lies in the XY plane. Finally, a vector T has the same X-component as vector R, but a component and equal to Ty--a, and it is also in the XY plane. Find: a) The angle between the vectors R and T. And a vector perpendicular to the plane formed by the vectors R and S. b) The angle between the result of the three vectors and the Z axis. And a vector that cancels the result of the vectors S and T. c) Name at least two ways you could find the angle between the vectors S and T. Clearly justify your reasoning.
Elementary Geometry for College Students
6th Edition
ISBN:9781285195698
Author:Daniel C. Alexander, Geralyn M. Koeberlein
Publisher:Daniel C. Alexander, Geralyn M. Koeberlein
Chapter1: Line And Angle Relationships
Section1.6: Relationships: Perpendicular Lines
Problem 27E
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Transcribed Image Text:In a three-dimensional space we have a vector R =( 4aî + 3af + 5ak ).
Another vector S has the same Y component as vector R , but a quarter
T has
more of its X component and lies in the XY plane. Finally, a vector
the same X-component as vector R, but a component and equal to Ty=-a,
and it is also in the XY plane. Find:
a) The angle between the vectors R and T. And a vector perpendicular to
the plane formed by the vectors R and S.
O b) The angle between the result of the three vectors and the Z axis. And a
Final del documento
vector that cancels the result of the vectors S and T
c) Name at least two ways you could find the angle between the vectors S
and T. Clearly justify your reasoning.
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