Robot Vitruvian Hands By Brandon, Brian, Maira, and Cesar.

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Robot Vitruvian Hands By Brandon, Brian, Maira, and Cesar

Transcript of Robot Vitruvian Hands By Brandon, Brian, Maira, and Cesar.

Page 1: Robot Vitruvian Hands By Brandon, Brian, Maira, and Cesar.

Robot Vitruvian Hands

By Brandon, Brian, Maira, and Cesar

Page 2: Robot Vitruvian Hands By Brandon, Brian, Maira, and Cesar.

da Vinci’s Vitruvian Man Proportions

“The length of the hand is one tenth the length of a man”

h= 1/10m

“a man is 24 palms” m=24p

“a palm is four fingers” p=4f

Page 3: Robot Vitruvian Hands By Brandon, Brian, Maira, and Cesar.

The length of the Hand.

h=1/10m Given

h=1/10(136) Substitution

h=13.6 inches Simplifying

Page 4: Robot Vitruvian Hands By Brandon, Brian, Maira, and Cesar.

Width of the Palm

m=24p Given

136=24p Substitution

136/24 = 24p/24 Division

5.6=p Simplifying

p=5.6 inches Symmetric

Page 5: Robot Vitruvian Hands By Brandon, Brian, Maira, and Cesar.

Width of the Finger

p=4f Given

5.6=4f Substitution

5.6/4 = 4f/4 Division

1.4=f Simplifying

f=1.4 inches Symmetric

Page 6: Robot Vitruvian Hands By Brandon, Brian, Maira, and Cesar.

Using the Properties of Equality, we found that each hand must be 13.6 inches long. Each palm must be the width of 5.6 inches. And each finger must be 1.4 inches wide.