Communication True or False: 11. A normal vector to a line is perpendicular to that line. 12. Lines intersect in a point in two-space but do not intersect in three-space. 13. In three-space there are four possibilities for the intersection of two lines. 14. There is no scalar equation of a line in three space. 15. Any three non-collinear points in space will define a unique plane. 16. Two planes are parallel if their normals are perpendicular. 17. The direction vector of a line is an indicator of its slope. 18. A plane written in scalar form cannot be written in vector form. 19. Skew lines are lines that are not parallel but lie in parallel planes. 20. A line will always intersect with a plane. 21. The planes will always intersect at a point if their normals are not collinear. 22. If the dot product of the direction vector of a line and the normal of a plane is not equal to zero, then the intersections of the line and the plane is a point.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.3: Lines
Problem 22E
Question
Communication
True or False:
11. A normal vector to a line is perpendicular to that line.
12. Lines intersect in a point in two-space but do not intersect in three-space.
13. In three-space there are four possibilities for the intersection of two lines.
14. There is no scalar equation of a line in three space.
15. Any three non-collinear points in space will define a unique plane.
16. Two planes are parallel if their normals are perpendicular.
17. The direction vector of a line is an indicator of its slope.
18. A plane written in scalar form cannot be written in vector form.
19. Skew lines are lines that are not parallel but lie in parallel planes.
20. A line will always intersect with a plane.
21. The planes will always intersect at a point if their normals are not collinear.
22. If the dot product of the direction vector of a line and the normal of a plane is
not equal to zero, then the intersections of the line and the plane is a point.
Transcribed Image Text:Communication True or False: 11. A normal vector to a line is perpendicular to that line. 12. Lines intersect in a point in two-space but do not intersect in three-space. 13. In three-space there are four possibilities for the intersection of two lines. 14. There is no scalar equation of a line in three space. 15. Any three non-collinear points in space will define a unique plane. 16. Two planes are parallel if their normals are perpendicular. 17. The direction vector of a line is an indicator of its slope. 18. A plane written in scalar form cannot be written in vector form. 19. Skew lines are lines that are not parallel but lie in parallel planes. 20. A line will always intersect with a plane. 21. The planes will always intersect at a point if their normals are not collinear. 22. If the dot product of the direction vector of a line and the normal of a plane is not equal to zero, then the intersections of the line and the plane is a point.
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