0
Yes. He went to Lowell High School (1900) in San Francisco.
What else can I help you with?
Where did rube goldberg go to collage?
university of california
When was Rube Goldberg born?
Rube Goldberg was born on July 4, 1883.
What is Rube Goldberg's birthday?
Rube Goldberg was born on July 4, 1883.
Where can one purchase a Rube Goldberg machine?
I would go directly to the manufacturer's website to purchase their machine. Another place to buy a Rube Goldberg machine would be the website Coolplaces or you can even try to build a Rube Goldberg machine with help from Wikipedia.
Who invented the term Rube Goldberg?
Bill Thomas invented the term Rube Goldberg.
What did Rube Goldberg do?
Rube Goldberg was a man who invented things but made them way harder than what they had to be
How many jobs did rube Goldberg have?
Rube Goldberg worked as a cartoonist, sculptor, author, and engineer during his career. He is best known for his illustrations of complex machines that perform simple tasks, known as Rube Goldberg machines.
What did rube goldberg go to college for?
Rube Goldberg had a father who did not approve of his passion in art, and wanted his son to pursue a respectable career. So, he forced Rube to attend the University of California at Berkley in order to study engineering. Rube did so, graduating in 1904.
Haw many siblings did Rube Goldberg have?
Rube Goldberg had five siblings - four brothers and a sister.
How old was Rube Goldberg at death?
Rube Goldberg died on December 7, 1970 at the age of 87.
Was Rube Goldberg an alcoholic?
Rube Goldberg was an American cartoonist, inventor, author, engineer and sculptor. There is no evidence available to confirm whether or not Rube was an alcoholic.
Why are Rube Goldberg machines called Rube Goldberg machines?
Rube Goldberg machines are named after American cartoonist Rube Goldberg, known for drawing humorous cartoons depicting complex machines designed to complete simple tasks in a convoluted way. His name became synonymous with intricate, over-engineered contraptions that achieve a simple result through a series of overly complex steps.
