Right tibia from before.

Tibia from Before

Right tibia from before.

Right tibia from behind.

Tibia from Behind

Right tibia from behind.

"When a bone is broken, blood trickles out between the injured parts, and afterwards gives place to a sticky, watery fluid, which gradually becomes thicker, like a syrup or jelly. This is slowly replaced by a new bone structure and forms a kind of cement to gold together the broken ends." — Blaisedell, 1904

Broken Tibia

"When a bone is broken, blood trickles out between the injured parts, and afterwards gives place to…

Frontal section of lower end of tibia.

Frontal Section of Lower End of Tibia

Frontal section of lower end of tibia.

Frontal section of upper end of tibia.

Frontal Section of Upper End of Tibia

Frontal section of upper end of tibia.

Upper end of right tibia from above and before.

Upper End of the Tibia

Upper end of right tibia from above and before.

The Antique table support is made out of marble. The ornamentation on the leg is possibly from a table sacred to Zeus.

Antique Table Support Trapezophoron

The Antique table support is made out of marble. The ornamentation on the leg is possibly from a table…

Illustration to show the medians drawn to the legs of an isosceles triangle.

Medians Drawn Drawn to Legs of Isosceles Triangles

Illustration to show the medians drawn to the legs of an isosceles triangle.

Illustration to show that if from any point in the base of an isosceles triangle parallels to the legs are drawn, a parallelogram is formed whose perimeter is constant, being equal to the sum of the legs of the triangle.

Isosceles Triangle With Parallelogram inside

Illustration to show that if from any point in the base of an isosceles triangle parallels to the legs…

Illustration to show the perpendiculars dropped from the midpoint of the base to the legs of an isosceles triangle are equal.

Perpendiculars Dropped From Midpoint of Base to Legs of Isosceles Triangles

Illustration to show the perpendiculars dropped from the midpoint of the base to the legs of an isosceles…

Illustration of a right triangle used to show the Pythagorean Theorem (the square of the hypotenuse is equal to the sum of the squares of the legs).

Right Triangle

Illustration of a right triangle used to show the Pythagorean Theorem (the square of the hypotenuse…

Illustration of a right triangle with legs labeled 150 and 85. This could be used to find the hypotenuse using Pythagorean Theorem.

Right Triangle With Sides 85 and 150

Illustration of a right triangle with legs labeled 150 and 85. This could be used to find the hypotenuse…