Wednesday, December 21, 2016

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Lucy and the Chocolate Factory - Lucille Ball and Vivian Vance




Though it’s the result of an antiquated 1952-era husbands vs wives plot, this chocolate candy factory conveyor belt scene from I Love Lucy is a classic. Lucille Ball and Vivian Vance give a memorable performance as Lucy and Ethel, who try to wrap chocolates as they pass by on a swiftly moving conveyor belt.
The full season 2 Job Switching episode (with commercials) here on CBSon Hulu, or on Amazon Prime. Another classic.

lucy and ethel chocolate factory

lucy eating chocolates

Sunday, December 18, 2016

Friday, November 18, 2016

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Time Lapse of Building a Class 345 railcar for the Elizabeth line




A British how-it’s-made time lapse from Bombardier Rail Vehicles Production in Derby: Watch a new Elizabeth line ‘Class 345’ train being built, complete with 5 miles of welding and 50 miles of cabling. From TFL.gov.uk:
A fleet of 66 new 200 metre long trains built in the United Kingdom will run on the Elizabeth line, featuring nine walk-through carriages, air conditioning, CCTV and real-time travel information. Each train will be able to carry up to 1,500 people.
Stretching over 60 miles from Reading and Heathrow in the west across to Shenfield and Abbey Wood in the east, the Elizabeth line will stop at 40 stations – 10 newly built and 30 newly upgraded – and serve approximately 200 million people each year.

Thursday, November 10, 2016

Monday, October 31, 2016

Wednesday, October 19, 2016

Thursday, September 22, 2016

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The Man Behind Holt Avenue's Name



Thousands of cars travel up and down Holt Avenue between 17th Street and Newport Avenue every day, according to traffic surveys done by the city.
However, despite the huge number of drivers and passengers involved, probably not one person in a hundred gives a moment's thought to the origin of the street's name.

John Holt, for whom the street is named, was a native of Sweden who immigrated to the United States. Facts about his life vary depending on the source, but the following information comes from the 1911 edition of "History of Orange County, California." The book contains biographical sketches of the men and women of the county Samuel Armor identified as participating in the growth and development of the area at that time.

Holt came to the United States at the age of 13 when his father, Sven Holt, immigrated here to become a brass worker, employed first in St. Louis, then Chicago. The elder Holt returned to Sweden in 1860, but John remained in this country.

He enlisted in the United States Navy in 1866 and served on several battleships, mainly in the Asiatic waters, visiting both China and Japan. At the end of his enlistment, he transferred to the merchant marines, shipping out of Philadelphia and Portland, Maine harbors. His next employer was the U.S. government, which hired him to do harbor improvement work on the East Coast.

Holt then came to California, arriving in what would become Orange County in 1882. After deciding to locate in Tustin, he first bought an unimproved tract of 10 acres. Four years later, he purchased an additional 10 acres at the intersection of First Street and a road which would become known as Holt.
After marrying Louise Deathelms, a resident of New York, he used his carpentry skills to build a cozy cottage on his property. Before long, Holt became known for his experiments in agriculture.

After planting walnut and apricot trees on his first pieces of land, he began a long and extensive series of experiments to discover how the various fruits would adapt to the soil. His first experiment of planting a vineyard failed when the grapes died before they came into bearing.

He next planted a variety of fruits, including prunes which he soon found to be a money losing crop. Disillusioned by their low market value, he abandoned them in favor of crops that would bring in revenue in keeping with the high cost of the land.

When he found that oranges, apricots and walnuts would earn the highest profit because they were the best adapted to the climate and the soil, he concentrated on planting these species in his orchard.
In addition to experimenting with fruit, Holt enjoyed raising poultry. He was recognized for his skill in selecting birds and caring for the flock. His pureblood White Brahmas were judged to be the finest specimens of that breed in Orange County.

Although Holt was a Republican, voting for party candidates in both state and national elections, he was known for supporting the man he thought best able to promote the welfare of the county and not the party line, in local elections. He belonged to the Masonic Lodge, the Independent Order of Odd Fellows and the Foresters of America.

Since Holt was included in the U.S. Census in 1900, 1910 and 1920, he is assumed to have died between 1920 and 1930.
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How to Screen Print Video Series - Eva Stalinski




Eva Stalinski is a Dutch illustrator and screen printer who sells her shirts, bags, pins and patches online. In this delightful series of how-to videos, she shares how to screen print your own designs onto t-shirts. She includes information about the toolsinks, and materials she uses, as well as her DIY-at-home setups.
Above, she demonstrates how to prepare a screen at home. Below, she shows us how to screen print a shirt at home:



Stalinski levels up the challenge and delight with this how-to video about printing multiple layers: How to print a 4-color screen print at home.





To see more of her work, visit EvaStalinski.com. To try screenprinting at home or in the classroom, watch her entire series

Wednesday, August 24, 2016

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Ring of Truth Series: Gold, Noodles, and Hydrogen




Above, watch molten gold transform into gold leaf as it is beaten into thinner and thinner pieces while cold. This clip is from PBS’ six-part miniseries The Ring of Truth: An Inquiry Into How We Know What We Know – Atoms (1987). 
“It was the craftsmen who mastered the remarkable properties that go with specific materials. They were the first to journey towards the atom. The goldsmiths slowly refined their craft to take advantage of what gold alone could do…”
MIT astrophysicist and Institute Professor Philip Morrison narrated the series, which he co-wrote with his wife, noted art and science educator Phylis Morrison. Philip Morrison also narrated and wrote the script for Charles and Ray Eames’ Powers of Ten, a must-watch video for all ages.



Chef Kin Jing Mark demonstrates how to make super-thin noodles and helps introduce the principle of halving in this clip from the PBS miniseries The Ring of Truth: An Inquiry Into How We Know What We Know – Atoms (1987). MIT astrophysicist and professor Philip Morrison narrates:
If atoms exist in patterns in space, we should somehow be able to measure their size. We approach the division of matter by the attractive process of halving, and halving, and halving it again… Twelve foldings produced 4,096 fine noodles, and if Chef Mark could have stretched the dough 30 more times, the noodles would have reached atomic thickness.




Possibly the most well-known scientific formula on the planet, H2O is one of those terms that we see around all the time. We know that H2O means water, and that a water molecule is composed of two hydrogen (H) atoms & one oxygen (O) atom, but have we ever seen this formula proven?
Above, a clip from the 1987 miniseries The Ring of Truth: An Inquiry into How We Know What We Know, hosted by Philip Morrison, who wrote it with art and science educator Phylis Morrison. Watch as two units of hydrogen are combined with two units of oxygen over and over again. What happens every time?

Friday, July 8, 2016

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How is Victorian Nectar Drop Candy Made?



…and why are lemon drops, cough drops, and fruit drops all called drops?
In this video by Tallahassee, Florida’s Lofty Pursuits artisanal candy makers, we get an up close look at how their restored candy equipment, circa 1848, made (and makes) Victorian era nectar candy drops. Watch the hot sugar roll through the pairs of brass drop rollers into sheets of molded candies…
And the ‘drop’ name? Wait until you see how the candies are separated.