Hyperbola Socks
Description: Rendered on a deep dark background, this artwork presents a double cone cut by three planes, with the three resulting curves below: ellipse, parabola and hyperbola. Hypatia of Alexandria (c. 355–415), one of the first women mathematicians known by name, taught mathematics and astronomy and wrote commentaries on the conic sections of Apollonius. Made to celebrate women in science and everyone who inspires the next generation of scientists, it suits a classroom, lab, study or office.
Hypatia and the Conic Sections, Ellipse, Parabola and Hyperbola Diagram Socks
by Science Design
$14 $20
Description: A graphic depicting a mathematical function plotted on a Cartesian coordinate system. The function appears to be a hyperbola with an asymptote. The text "HOLY SHIFT! LOOK AT THE ASYMPTOTE ON THAT MOTHER FUNCTION!" is prominently displayed above the graph. A specific equation "f(x) = x / (x - 1)" is also shown. The graph is rendered in white on a black background.
HOLY SHIFT! LOOK AT THE ASYMPTOTE ON THAT MOTHER FUNCTION! Graph Socks
by david man
$14 $20
Description: A scientific graph titled "Drag vs Speed" in white text against a black background. The graph displays two hyperbolic curves intersecting at the origin. A horizontal line represents speed, and a vertical dashed line with an arrow indicates drag. Vertical dashed lines mark points on the speed axis.
Description: Unlock the elegance of curves with this minimalistic design listing the four conic sections: Circle, Ellipse, Parabola, and Hyperbola. Whether you're a math geek, physics enthusiast, or just love the beauty of geometry, this shirt is a perfect nod to the natural shapes that appear everywhere from orbital paths to architectural designs.
Description: Unlock the elegance of curves with this minimalistic design listing the four conic sections: Circle, Ellipse, Parabola, and Hyperbola. Whether you're a math geek, physics enthusiast, or just love the beauty of geometry, this shirt is a perfect nod to the natural shapes that appear everywhere from orbital paths to architectural designs.
