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It all depends on what mood you want it in. If you want it to be happy find it and draw it from a distance. If you want it angry, find a very long stick and poke it in the eye. Then hide and draw it.
a segment of orange
The cast of Aisureba koso - 1955 includes: Shinsuke Ashida as Customer (segment 1) Yasumi Hara as Customer (segment 1) Satomi Hosono as Hostess (segment 1) Katsuhiko Ide as Morikawa (segment 2) Yukiko Ieda as Hostess (segment 1) Kaneko Ishii as Hostness (segment 1) Takashi Kanda as Master (segment 1) Hatae Kishi as Toshiko (segment 3) Yoshiko Kuga as Yumiko (segment 3) Yoshiko Machida as Tamiko (segment 1) Kunio Mita as Customer (segment 1) Yasushi Nagata as Customer (segment 1) Sanae Nakahara as Minako (segment 3) Etsuji Oki as Costomer (segment 1) Nobuko Otowa as Michie (segment 1) Kei Taguchi as Shigeru (segment 3) Toshio Takahara as Furuno (segment 2) Toyo Takahashi as Concierge (segment 2) Taiji Tonoyama as Bartender (segment 1) Isuzu Yamada as Yaeko (segment 3)
The cast of Hoy no circula - 1993 includes: Anselmo Alvarado as Anciano 2 (segment "Martes") Antonio Astudillo as Patrullero 1 (segment "Martes") Vanessa Bauche as (segment "Jueves") Jeannette Candiami Luis Couturier as (segment "Miercoles") Jorge de Bengoechea as Hombre fuerte (segment "Lunes") Mariela Flores as (segment "Viernes") Ignacio Guadalupe as (segment "Miercoles") Martin Guevara as Agente servicios publicos (segment "Martes") Carlos Ignacio as (segment "Viernes") Ana Laura Espinosa Carmen Madrid as (segment "Viernes") Antonio Miguel as Abuelo (segment "Martes") Georgina Pedret as Alejandra (segment "Lunes") Carmen Salinas as (segment "Jueves") Jorge Urzua as Julio (segment "Lunes") Evaristo Valverde as Gruyero (segment "Lunes") Francisco Xavier as Pepito (segment "Martes")
52 mm is 52 mm long. If you would like it converted to another unit of length, please specify.
It is 5.2 cm or 0.052 metres long.
It is easiest to draw it using two right angled triangles.Draw a line AB that is 2 units long. From B, draw BC which is perpendicular to AB and 2 units long. Join AC. From C, draw CD which is perpendicular to AC (clockwise if BC is clockwise from AB, or anticlockwise if BC is anticlockwise) and make CD 2 uinits long. Then AD is a line segment which is sqrt(12) units long.
First of all draw a line segment that is about 2 cm long between two points P0 and P1. At the one of the outer points, draw another line that is at an angle of 90 degrees from the first line segment. This will cause the new line segment to stand straight on the first segment. Draw another line segment between the not used endpoint of the new line segment, let's call it P2, and the not used endpoint of the first line segment. This will create a triangle. Now on the P2 endpoint, draw another line segment that is again at 90 degrees angle. Repeat the previous steps and you will have created a root spiral.
Take a compass, extend it about 3/4 of the length of the segment. Then from one end of the segment, draw a 180 degree arc. From the other end draw another arc. Connect the points where the arcs intersect. Where the line intersects with the segment is the midpoint of the segment. That is how you bisect a segment to find the midpoint - geometrically.
Draw three whole circles and then draw a circle from which a quarter segment is cut out.
In calculus, arcs don't have to be curvy, they can be straight, so just draw a line segment that is 24 units long.
I'd prefer to draw it with a pencil.
It is impossible to draw a straight line.
Do I have a compass to use or not ? It's not clear from your question, but since you mentioned it at the end of the question, I'll assume that I do have a compass, and in that case, I only need one straight-edge. 1). Plant the compass on one end of the line segment, open it to more than half the length of the segment, draw a long arc that crosses the segment. 2). Keep the same opening, pick up the compass. 3). Plant the compass on the other end of the segment, draw another long arc that crosses the segment. 4). Sell the compass. 5). The two arcs intersect at two points on opposite sides of the segment. With your straight edge, draw a line between these two points. That line is the perpendicular bisector of the original segment.
a line is easy to draw
| | | vertical line segment