Found feather

01.19.10

Ring a Day Challenge

Day 19

19/365

I raided the bulk foods aisle today, so be prepared for a sweet, sour, and salty week.

Surfer(s): Gabriela

INSTAGRAM: @Adriani9819 or @TheSpotLight98

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Información

Photo by Lorraine Sheldon.

I am a bit lazy today...I feel like doing nothing and I have an urge for eating large quantities of bread.. ermm

Made from a leftover flower from my previous ring

Made Feb 8

Photo by Lorraine Sheldon.

Reader I ate it!

Rad.

Photo by Tonia Jackson.

Photo by Tonia Jackson.

Meer informatie over dit project op onze website:

www.vvkh-architecten.nl/Site2006/Project.asp?Project=369&...

New Greenway that follows the French Broad River in the River Arts District of Asheville. Nearly complete.

Sterling silver, sandcast vintage plastic button. The button has been "laced" to the band with sterling wire.

2014 Colour me RAD

http://role.bandcamp.com/album/est-rad

2014 Colour me RAD

Photo by Tonia Jackson.

blythe Nicky rad :: momo

must be tall

Meer informatie over dit project op onze website:

www.vvkh-architecten.nl/Site2006/Project.asp?Project=369&...

photo by Patti Singer

Watercolor Paper Painted & Office Tape

Ring A Day project goal:

Make a ring out of ANYTHING every day of the year 2010!

sterling silver, the flower detail was sandcast from a small vintage glass bead.

I needed to make a "g" for an Etsy Metal project, so I decided to make it today's ring.

2.19.10

50/365

day 50

ring a day

for the ring a day project- 2 versions of a prototype --hoping to make this in silver, one is stitched-- the other plain

Rad, Crystal Theatre, 15th Annual Woody Guthrie Festival, 2012

Meer informatie over dit project op onze website:

www.vvkh-architecten.nl/Site2006/Project.asp?Project=369&...

2014 Colour me RAD

RAD- Research Across Disciplines

Enlarge it

RADS Theoretical Ratio:

RADS is actually a 'Gun Tackle' where the climber is both the weight AND the pulling power on the lift line.

So, by the weight balance method (ignoring friction); the climber only has to pull 1/3 the weight which results in a theoretical {frictionless} 3:1 mechanical advantage.

By the line measurement method; Line pulled passed the climber is 3 times the lift of the climber. Therefore, the climber experiences 1/3 the movement relative to the line moved by the climber - again, a 3:1 mechanical advantage.

Of course, actual {real world} mechanical advantage has to include friction which can be quite significant and greatly reduce the theoretical numbers we are discussing here.

Volunteering