A code that consists of vertical lines of different widths is a barcode.
rectangular prism is a 3D structure with 4 lengths 4 widths 4 heights
No. Vertical lines have the same direction but are not necessarily the same length.Therefore, two vertical lines will have the same angle but possibly not the same magnitiude.
Four - two lengths (sides) and two widths (ends).
No, a non-square rectangle has two: the horizontal and the vertical. A square has four lines of symmetry: the horizontal, the vertical, and two diagonal lines.
Oh, dude, a pentagon prism has five vertical lines. It's like a pentagon, but all fancy and 3D. So, yeah, five vertical lines doing their thing, holding up the pentagon party.
A Bar code
A Bar code
a bar code or upc code (universal product code)
rectangular prism is a 3D structure with 4 lengths 4 widths 4 heights
Yes, the capital letter E has perpendicular lines. It consists of three horizontal lines and one vertical line, with the vertical line intersecting the horizontal lines at right angles, forming perpendicular intersections. This structure gives the letter its distinctive shape.
to convey different moods
one is horizontal an the other is vertical
Different types of lines are :parallel lines, intersecting lines, perpendicular lines,oblique lines, vertical lines, horizontal lines, zigzag lines, curved lines ,wavy lines, and dashed or dotted lines.
Yes, the letter H has perpendicular lines. It consists of two vertical lines that are parallel to each other and connected by a horizontal line in the middle, creating right angles at the intersections. This arrangement of lines forms a shape where the vertical and horizontal segments are perpendicular to each other.
yes because horizontal lines are across and vertical lines is up n down
The letter F has two vertical lines. The uppercase F consists of a single vertical line and two horizontal lines connecting to it. The lowercase f also has two vertical lines - one straight down and one shorter line extending from the top.
A tetrahedron has six edges, and each edge can be considered a vertical line segment when viewed from different orientations. However, if you are referring to vertical lines in a geometric sense, typically there are no true vertical lines in a tetrahedron, as it is a three-dimensional shape without a defined vertical orientation. Thus, depending on the interpretation, the answer could be either six (if considering edges as vertical lines) or none (if strictly adhering to the concept of verticality).