Length Pins and Buttons
Peacock Bass Scientific Name Cichla Ocellaris Maximum Length Fishermen Pin
by Purple Flowers
$2.75 $3.25
Description: Ever put on a shirt and wondered this exact thing? Share a laugh about relatable clothing struggles with this hilarious "My Arms Are The Same Length Why Aren't My Sleeves!" vintage shirt. Featuring a classic distressed retro 80s and 90s striped sunset background and a stylized illustration of a smiling man in a classic retro sweater. This graphic tee perfectly captures the funny, everyday annoyances of life and classic dad joke humor. A fantastic gag gift idea for dads, grandpas, fans of classic stand-up comedy tropes, or anyone who appreciates a perfectly relatable quote paired with a cool throwback aesthetic.
My Arms Are The Same Length Why Aren't My Sleeves Funny Retro Sunset Shirt Pin
by Emotional Error Collective
$3.25
Description: A retro-style emblem with a black background. At the top is a crescent moon shape with textured edges. Below are bold text "APERTURE" and "FOCAL LENGTH" separated by lines and a red star. A red and orange flying saucer is centered below the text. The bottom features flowing orange text "Clear Skies".
Description: A retro-style graphic on a black background. At the top, a crescent moon. Below it, the words "APERTURE" in textured orange lettering. Centered is a red star, followed by "FOCAL LENGTH" in similar textured orange lettering. Below this, a red saucer shape. At the bottom, the phrase "Clear skies" in orange script lettering with a curved underline.
Description: The upper diagram shows a beam subjected to a distributed load, labeled 'Distributed Load' with dimensions 'Total Length', 'Weight per unit length', and labels 'W', 'b', 'B', and 'M'. The lower diagram illustrates a beam with a support at 'B', depicting deformation and including labels 'q', '1/2', and 'Tim', under the heading 'Maxim Bending moment'. Both diagrams use line art with white elements on a black background.
Description: A diagram illustrating a simple beam under uniform load. The top panel shows a straight beam labeled 'Support A' and 'Support B' with a distributed load 'W kN/m' and length 'L (m)'. The bottom panel shows the deflected beam with the text 'Simple Beam' and formula 'M = wL^2/8'.
