Rube Goldberg Research Papers

Wozniak once said in an interview with ABC News “We both loved electronics and the way we used to hook up digital chips," Wozniak said. "Very few people, especially back then had any idea what chips were, how they worked and what they could do. I had designed many computers so I was way ahead of him in electronics and computer design, but we still had common interests. We both had pretty much sort of an independent attitude about things in the world.”

He taught survey of Japanese history. He got his PhD from Harvard University in 1968, his best known for writing books about the Japanese war and Tokyo war trials. In 1999 he discovered a collection of Dr Seuss war time cartoons which he later on published. He is also known for translating a Japanese book or works in English. He is also known for writing historic books.

One example of Goldberg’s inventions is about keeping shop windows clean. In this humorous invention animals are used, common tools and garden supplies are used and a variety of other materials are used to ensure that the shop windows are kept clean. Goldberg always wrote a little story to tell exactly what was happening in the picture (“Rube Goldberg Biography”). Rube Goldberg had many accomplishments but it seems that his “Inventions” cartoons have left lasting impressions on many people, including Dr. Seuss.

In science we made Rube Goldberg machines. Are machine had to have five steps. Are first first step was for a pice of cardboard out of the box and the hair dryer blew the baseball down a ramp. The second step was for the baseball to fall of the rap and hit a tennis ball to go down another ramp. The third step was the tennis ball hit a small basketball. The forth step was the basketball fall through a hoop. Then finally the fifth step was for the basketball to hit and ring the bell.

What is a Rube Goldberg machine? A lot of people have no idea what the heck it is and who created it so this essay will be about that. To start off, the person, Rube Goldberg, was a member of the National Cartoonists Society, He also founded the organization and was the president. What does a machine have to do with a cartoonist; you might ask. Well Goldberg was well known for drawing cartoons that have complicated machines to perform simple tasks from his imagination.

For my Rube Goldberg Project, my group and I decided to push in a soap dispenser that was on the wall. We created a five step process that had worked numerous times before, but sadly failed to work when presenting. Even though this happened, we had many steps that reflected motion, force, mass, friction, and transferring energy. Our steps were having a marble roll down a ramp, which landed on a metal casing that would propel it forward. This marble would hit some dominoes that were lined up in three rows and knock them all down. Two books were at the end of these lines, so they were to knock each other over and have one book land on a remote controller. This would press in the forward button, making a remote controlled car that was placed on top of a cardboard box advance forward and hit the soap dispensers button.

The Rube Goldberg Project, assigned by my science teacher to instigate creativity and out of the box thinking, brought out the ingenuity in all of us. Our task was to create a Rube Goldberg Machine that was capable of ringing a desk bell. Individually or in groups, we had to build the machine and present it to the class. This task seemed moderately simple, but in truth, it was much more complicated than any of us had realized. Specific requirements needed to be met that further hardened the project.

Our Rube Goldberg machine starts with a ball at the top of a ramp with gravitational potential energy. As it rolls down the ramp, its gravitational potential energy turns into kinetic energy. Once the ball gets to the bottom of the ramp, the ball has no gravitational potential energy only kinetic energy. The ball continues to roll because it has momentum until it hits a domino line. The ball transfers its momentum to the

He even won the Pulitzer Prize for his work as an editorial cartoonist. Rube Goldberg’s cartoons depicted different types of complicated inventions. His success as a cartoonist started when he became the San Francisco Bulletin’s sports cartoonist. This point in time was when publishers began to recognize his work. Rube also became the co-founder of the National Cartoonists Society.

For Rube Goldberg machine we were trying to get a ball into a basketball hoop. A couple of our oh-no moments was when we got the whole machine set up and our end result didn’t work. Another one of our failures was when the whole machine worked perfectly, and the cameraman didn’t get it on video. Another oh-no moment that happened a lot was when we had the dominoes set up and someone would knock them over. This did happen very often which slowed us down quite a bit. Through these difficult and annoying times there were also some great ones. A couple of these were when the new steps that we added on worked perfectly with the existing steps. Another one of our mini victories was when we got everything setup perfectly and nothing fell over. Some

He soon was recognized and got a job as a physicist. He was recruited by MIT to work on a project. When he was working, he invented the first

As a child, Goldberg had a love for creating art, and soon grew to love line drawings to the point of obsessing over them. However, his father greatly disliked this, causing him to send Goldberg to University of California at Berkeley to major and study in engineering. While this did not put down his love for art, it spawned a fascination for machines of the new modern era. Goldberg started to study how machines worked, as well as using this as an opportunity for his own comics creating machines.

Our group is making a rube goldberg machine. A rube goldberg is a complex machine with a chain reaction that is designed to form a simple task. One example of a simple task that it can perform is flipping a light switch. To begin this project we cut a piece of wood as an inclined plane. Next, we took a bouncy ball, so that it would roll down the inclined plane and hit a baseball. Since the baseball is heavier than the bouncy ball, it will roll on the flat surface(Add description of what flat surface). After that it should go directly into the cup. The ball will then exert force on

Kamen began his career with medical inventions. ( Info Dean Kamen) Kamen did not earn a degree when he went to Worcester Polytechnic Institute College because he was interested in his own company called AutoSyringe. There he sold his medical devices. Around 1982, Kamen sold AutoSyringe  to a health company called Baxter International. This sale made him a multimillionaire. (thought co) Kamen is still alive and inventing many things for this world. Kamen is now inventing a water purification system for this world. (diabetes support)

When Frank Lloyd Wright gave his ideas on his work and his design, the world was in awe that he could make what the public called magnificent. He acknowledged his skills with the speech he gave along with his actions and he thinks of himself no different from anyone else he meets saying they also have potential. The machine he speaks of is the general thought and creation of products while art, the opposite of the machine is unique creations that took root from the machine but display special characteristics. Frank Lloyd Wright’s speech showed the world what he believed in and told the audience that he was simple man with the idea of art. His ideas on the machine and art are truthful and relevant to everyone and showed a motivation to his audience to become great.