1
180
25 o because sOme of them are perpendicular
A cone has an infinite number of lines that can be drawn perpendicular to its surface. Specifically, any line drawn from the apex of the cone to a point on the circular base can be considered perpendicular to the radius at that point. Additionally, if you consider the vertical axis of the cone, any horizontal plane intersecting the cone's surface can also have multiple perpendicular lines.
90 dregrees
A cube has 12 intersecting line segments or edges, 6 faces and 8 vertices.
Perpendicular lines meet at 90 degrees
180
25 o because sOme of them are perpendicular
None but its diagonals are perpendicular lines intersecting each other at right angles.
There is only one set of perpendicular lines in a right triangle; the horizontal line and the vertical line that make it 90 degrees.
90 dregrees
A cube has 12 intersecting line segments or edges, 6 faces and 8 vertices.
Perpendicular lines meet at right angles which is 90 degrees
There are many geometrical lines and some of them are:- Parallel lines Perpendicular lines Intersecting lines Lines of symmetry Line segments Straight line equations Line of best fit Dotted lines Boundary lines Imaginary lines
There are no parallel lines in any triangle but a right angle triangle has perpendicular line that meet each other at 90 degrees.
A perpendicular are two straight lines that cross each other at a right angle, and the angle perpendicular position is 90 Degrees L .
Yes, but only if they are exactly vertical and exactly horizontal (90 degrees angular difference). For real-world examples, many vertical lines can be perpendicular to a single "horizontal" curved line at the points of intersection.