Franklin's magic circle of circles
Thirty-six officers problem
Hadley's octant, 1738
Orbital motion diagram, 1728
Improvement of Franklin's Electrical Kite
Franklin's kite experiment, illustration
Seven Bridges of Koenigsberg
Franklin's Experiments with Electricity
Music and prime numbers, artwork
Radius, illustration
Ulna and radius, illustration
Bones of the arm, illustration
Human radius, illustration
Elbow joint, illustration
Radius bone, illustration
Bones of the elbow, illustration
Human arm bones, artwork
Human skeletal system, artwork
Elbow joint, Illustration
Human elbow joint, Illustration
Arm and hand bones, illustration
Arm bones, illustration
Human radius bone, illustration
Human ulna bone, illustration
Illustration of human elbow bones
Human elbow joint, artwork
Elbow bones, illustration
Development of Arabic numerals
Arm bones, artwork
Deep muscles within human hand, illustration
Egyptian and Assyrian counting systems
Nicolas de Condorcet, French politician
Charles Marie de La Condamine, French geographer
Internal fixation of broken collar bone
Fractured collar bone, artwork
Historical proof of Pythagoras' theorem
Illustration of the human elbow bones
Human elbow joint, illustration
Elbow anatomy, artwork
Elbow replacement, artwork
Architectural perspective, 17th century
Priestley's apparatus for gas experiments
Human skeletal structure, Illustration
Curry Triangle, optical illusion
Newton on elliptical motion, 1686
Newton on the three-body problem, 1686
Einstein's mass-energy equation, artwork
Pythagorean theorem equation
Hand and arm, artwork
Weighbridge and hygrometer, 18th century
Bones of the hand, illustration
John Arbuthnot, Scottish physician
Newton's house, 35 St Martin's Street
Gaspard Monge, French mathematician
Sophie Germain (1776- 1831),
Johann II Bernoulli, Swiss mathematician
Broken arm, illustration
Differential calculus equation
Sierpinski carpet, fractal pattern
Sierpinski triangle, fractal pattern
Mariners Magazine title page, 1669
World map, 1785
Newton's laws of motion
Equations
Historical computational chart
Arm anatomy, illustration
Benjamin Franklin (1706-1790)
Broken lower arm, illustration
Skeleton, illustration
Illustration of the humerus
Four colour problem, map of the USA
Electric machine, 18th century
Electrostatic generator, 18th century
Vesuvius destruction, 1794
Japanese acupuncture
Wind theory experiment, 1729 artwork
Types of sundials, 1722 diagrams
Solar atmospheric phenomena, 1768
Uranographia constellations, 1801
Plurality of worlds in Wright's theory of the universe, 1750
Milky Way in Wright's theory of the universe, 1750
Human arm musculature, 19th century
Concentric circles abstract illustration.
Map of the Garden of Eden
Franklin's lightning experiment, 1752
Franklin designing lightning rods, 1750
Elbow ligament, illustration
Illustration of the elbow bones
Glenoid cavity shoulder surgery, illustration
Coracoid process shoulder surgery, illustration
Kirschner wires in shoulder fracture surgery, illustration
Modified Laterjet procedure shoulder surgery, illustration
18th Century map of Australia
Lalande's Moon map, 1772
Baby's skeleton, artwork
Human ulna, illustration
Ulna bone, illustration
Pronation of the forearm, artwork
Forearm in supine position, artwork
John Wallis, English mathematician
Pierre de Fermat, French mathematician
Xenocrates, Ancient Greek philosopher
Oxygen molecule, illustration
Combination of shapes and alphabet
Duality associates with the point P the line RS, and vice versa.
Illustration of a continuous and a discontinuous function.
Obtaining approximate measurements through the use of differentiation and integration.
The hyperbolic functions cosh x and sinh x.
(Left) Pieces of a surface given by f(x, y) = 0; (right) if the surface is cut along the curves, an octagon is obtained.
A conchoid curve results from connecting points drawn at standard distance a from line LN on all lines extending from point P.
Nicomedes (3rd century BCE) discovered a special curve, known as a conchoid, with which he was able to trisect any acute angle.
In following the circle around the Mobius band, the line L twists, and the lines cannot be made to point in the same direction.
Algebraic curve
Towers of Hanoi
Einstein field equation
11th Century world map, artwork
11th Century globe, historical artwork
Monkey skeleton, 18th century
Hauksbee generator, 18th century
Air pump experiment, 18th century
Ulna, illustration
Newton's birthplace, Woolsthorpe Manor
Shell geometry, 16th century artwork
George Boole, British mathematician
Johann Blumenbach, German anthropologist
Persi Diaconis, US mathematician
Facial skull fractures fixation
blue grid graph paper with various size lines
Abstract math background with red graph paper ideal wallpaper
Math concept with sheet of blue graph paper background
blue grid graph paper ideal maths background with grunge effect
Maths inspired graph paper with small sqaures grunge effect
Sheet of a4 graph paper with aged grunge illustration effect
Green A4 grid or graph paper with white maths background
Abstract illustration
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