Aviation has helped shaped the world into what we know it as today including ancient myths and legends dealing with flight, the infamous “Wright Flyer”, and the impact jet engines have to the future of aviation.
I did my P3 on airplanes. I did my project on airplanes because I think that airplanes are very interesting, and they are a big part of human evolution. I think that airplanes let humans go across the ocean very fast. Airplanes are very advanced in tecnology, and they are part of the new generation
Breaking Codes, Designing Jets, and Building TeamsRandy Shoup
Throughout engineering history, focused and empowered teams have consistently achieved the near-impossible. Alan Turing, Tommy Flowers, and their teams at Bletchley Park broke Nazi codes, saved their country, and brought down the Third Reich. Kelly Johnson and the Lockheed Skunk Works designed and built the XP-80 in 143 days, and later produced the U-2, the SR-71, and the F-22. Xerox PARC invented Smalltalk, graphical user interfaces, Ethernet, and the laser printer. What can this history teach us? Well, basically everything.
Effective teams have a purpose - a clearly defined problem which the entire team focuses on and owns end-to-end. Effective teams have an organizational culture that prioritizes collaboration and learning. And most importantly, effective teams are made up of people from diverse backgrounds and experiences.
If this sounds a lot like DevOps, or true little-a agile, that's no coincidence. But too few organizations actually practice these three-quarter-century-old ideas despite the overwhelming evidence that they work. So let's relearn those history lessons.
Aviation has helped shaped the world into what we know it as today including ancient myths and legends dealing with flight, the infamous “Wright Flyer”, and the impact jet engines have to the future of aviation.
I did my P3 on airplanes. I did my project on airplanes because I think that airplanes are very interesting, and they are a big part of human evolution. I think that airplanes let humans go across the ocean very fast. Airplanes are very advanced in tecnology, and they are part of the new generation
Breaking Codes, Designing Jets, and Building TeamsRandy Shoup
Throughout engineering history, focused and empowered teams have consistently achieved the near-impossible. Alan Turing, Tommy Flowers, and their teams at Bletchley Park broke Nazi codes, saved their country, and brought down the Third Reich. Kelly Johnson and the Lockheed Skunk Works designed and built the XP-80 in 143 days, and later produced the U-2, the SR-71, and the F-22. Xerox PARC invented Smalltalk, graphical user interfaces, Ethernet, and the laser printer. What can this history teach us? Well, basically everything.
Effective teams have a purpose - a clearly defined problem which the entire team focuses on and owns end-to-end. Effective teams have an organizational culture that prioritizes collaboration and learning. And most importantly, effective teams are made up of people from diverse backgrounds and experiences.
If this sounds a lot like DevOps, or true little-a agile, that's no coincidence. But too few organizations actually practice these three-quarter-century-old ideas despite the overwhelming evidence that they work. So let's relearn those history lessons.
Exchanging ways of being through connections with the world out thereJo Hart
"Exchanging ways of being through connections with the world out there" - presentation/workshop for the ACAL/ACTA International conference, Perth 2016. strategies and tools/apps for practitioner networking and student engagement.
An extensive review of the North in terms of the industry and inventions from appliances to the telegraph and more. A must for studying the Civil War. Well done
1. When did Industrial Revolution happen What is the most important.pdfrufohudsonak74125
1. When did Industrial Revolution happen? What is the most important machine tools invented at
that time?
Solution
1.
One of the most important and productive periods of history was the Industrial Revolution. Many
of the inventions made during this time make our everyday life possible.
The Industrial Revolution was the phase of time through the 18th and 19th centuries when the
face of industry altered dramatically. These change had a tremendous and long durable impact on
the economy of the world and the life of the common person.
There were hundreds of inventions during this point time.
Below are a few of the majority important piece of equipment tools invented
Spinning Jenny
James Hargreaves developed the spinning jenny in 1764. This appliance allowed employees to
spin more wool at one moment in time to a great extent increasing efficiency. This invention was
necessary for the industrialization of the cloth industry.
Steam Engine
James Watt created the primary truly dependable steam engine in 1775. additional, less efficient
models had been industrial in the 1600s. Watt’s account included a crankshaft and mechanism
and is the base for modern vapor engines. This creation made locomotive and a lot of of the
textile machinery possible.
Power Loom
Edmund Cartwright made-up the control loom in 1785. It radically changed the method cloth
was woven by creation it much easier. It would obtain almost one more fifty years and several
alteration by other inventors before it would turn out to be commonly used.
Cotton Gin
Eli Whitney patented the yarn gin in 1794. previous to the creation of the yarn gin, cotton seed
had to be detached from the yarn fiber by hand. This detection made yarn a much more profitable
yield for farmers. With this discovery, many extra farmers curved to cotton as their chief crop,
very much increasing the quantity of cotton plantation in the South. These mounting farms
required cheap labor, which also resulted in an enlarged use of African slaves.
Telegraph
F. B. Morse bowed the telegraph in 1836. This discovery distorted the face of message. Instant
message became possible stuck between the east and west coasts and allowable people to know
what was occurrence almost as it happened. This would transform media and personal message.
Sewing Machine
Elias Howe shaped the sewing appliance in 1844. This everlastingly distorted the way clothes
were made and allowable the mass manufacture of clothes. Before this it was most ordinary for
women to make all of the clothing for their families. Only the very well-to-do could have enough
money to have a tailor or seamstress make tradition clothing of the latest style. It was later better
upon and original by Isaac Singer in 1855.
Internal Combustion Engine
Jean Lenoir made-up the internal ignition engine in 1858. finally this engine was used in mass
transport.
Telephone
Alexander Graham Bell shaped the telephone in 1876. The telephone more improved interactions
and eventually led to the a mix.
3. Industry in the North
By: Michael DeStefano, Jameson Hensen, and
Ryan Dearie
Main Idea: As the northern economy grew, new
inventions and faster transportation changed the way
goods were manufactured and shipped
7. New Inventions
A barrage of new inventions were brought to the
north in the 1800s.Visitors from of other countries
even exclaimed that their is not a northern laborer has
not invented a tool or machine. A man named Elias
Howe invented the sewing machine in 1846. Isaac
Singer made improvement on Howe’s sewing machine
only a few years later. After sewing machines were able
to be purchased by clothing makers, the shirt making
processed became quicker and more efficient.
9. Farm Machines
In 1825, the manufacturing of an iron plow with interchangeable
parts began by the inventor Jethro Wood. Later, John Deere improved
on the plow when he added a lightweight steel plow, instead of
heavyweight plows that had to be tugged with slow-moving oxen.
Inventions such as these made work for farmers much easier. One
machine known as the McCormick’s Reaper mowed wheat and other
crops to reduce manual labor. This horse-drawn machine could do the
work of five people using hand tools.
Other farming machines such as the mechanical drill, a threshing
machine, and a horse-drawn hay rake helped farmers use fewer hands
to raise grain. Therefore, farmworkers traveled west to settle their own
farms or traveled north to find jobs in factory cities.
11. The Telegraph
The telegraph1, also known as the “talking wire”, sent a code, which was
made up of dashes, dots, and spaces. This code, called Morse Code, was
named after Samuel F.B. Morse, for whom received a patent for this new
invention. Morse set up a wire on May 24th, 1844, from the Supreme Court
Chamber in Washington D.C. to Baltimore, to try this new invention. He
typed in a short message and received one back from the operator in
Baltimore in just a few seconds. This task was successful with the help of
Congress, who gave funds to pay for the expenses.
The telegraph was an instant success helping news and information on
trade to travel quicker, also helping businesses to thrive. Soon telegraph
companies sprang up across the nation. Thousands of miles of wire spread
across the United States.
1. Telegraph- A device that sent electrical signals along a wire.
13. The First Railroads
First built in the early 1800s, railroads were used to
provide transportation to canals. Railroads soon became
more practical, and were slowly used for more advanced
transportation. Railroads that originally used animals to pull
their cars, became steam-powered locomotive2. This
steam-powered engine was known as the Rocket, and had
the ability to travel 30 miles per hour.
2. Locomotive - engine that pulls a railroad train
15. Early Difficulties
At first there was difficulties, for not all Americans favored the
idea of new railroads. People who worked the wagons on the old
trains and people who invest in canals thought it was competition
for losing their investments. Also, they were not always safe
because of the risk of breaking down. They were also fire hazards
because of the burning embers that the smokestacks produced.
Accidents were often caused by weak grounds that trains traveled
on, and sometimes only one track was set, calling for many head on
collisions.
17. A Railroad Boom
Slowly, improvements were made that made the use of
railroads faster and much safer. Sturdier bridges and more
reliable, solid road beds were created by engineers. Iron rails
began to replace the jobs done by wooden rails, and nearly all
problems and obstacles were removed by railroad builders.
Railroads were present all over the country by the 1850s.
Major railroad centers sprang up including New York,
Cincinnati, and Chicago. These major lines and cities were
found primarily in the North and West. The south region of
the U.S. had much less tracks than the other areas.
19. Yankee Clippers
As the railroad population increased in the United States, so did commerce,
both within the states and between other nations. In the Northeast seaports,
captains loaded their ships and sailed all over the world. An element important
to sea trade was speed. One man, John Griffiths, even launched one of the
clipper ships3 , the Rainbow in 1845, which was built for clipping swiftly across
the seas. Clipper ships such as the Rainbow, broke every speed-related record
in the 1840s. One clipper only took 81 days to make a trip from New York to
China that usually took 5 months. Overall, the clipper’s speed helped the U.S.
win a gigantic part of the world’s sea-trade from the 1840s to the 1850s.
The golden age of the clipper ships did not last long though. Iron ships came
to be in Britain later in the 1800s.These vessels carried more goods and glided
over the ocean even faster than American clippers. Still, yankee clippers
revolutionized over sea-trading throughout the world.
3. Clipper Ships- sleek vessels that had tall masts and huge sails that caught every gust of wind to clip
swiftly through the water.
21. The Northern Economy
Expands
Another industrial expansion in America at the time was the use of steam power
instead of water power. Factory machines that ran on steam were very powerful, and
cheaper to run. Plus, with the use of steam power, factories did not always have to be
built along smooth rivers.They could be put virtually anywhere! In addition, newer
machinery gave the Americans the chance to produce more goods for a price lower
than normal.This changed life in many homes as families began to but factory made
clothes instead of making them.
Railroads were also beneficial because factory owners were able to deliver large
sums of raw materials and finished products fast, easy, and cheap. Also, these tracks
linked factories and cities with other distant areas.These areas became home to
several new markets for factory goods. Railroad growth even affected farming in the
North. Railroads brought cheap goods to New England from the Western states. Also,
farmers in New England were unable to compete with the new food source. As a
result, these farmers left their homes to work in factories, stores, and even boats.
24. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
25. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
26. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
27. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
28. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
29. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
30. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
31. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
32. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
33. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
34. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
35. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
6) Sometimes, one way tracks would lead to collisions.
36. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
6) Sometimes, one way tracks would lead to collisions.
37. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
6) Sometimes, one way tracks would lead to collisions.
4. Name two cities in which major lines were concentrated.
38. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
6) Sometimes, one way tracks would lead to collisions.
4. Name two cities in which major lines were concentrated.
1) New York
39. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
6) Sometimes, one way tracks would lead to collisions.
4. Name two cities in which major lines were concentrated.
1) New York
2) Cincinnati
40. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
6) Sometimes, one way tracks would lead to collisions.
4. Name two cities in which major lines were concentrated.
1) New York
2) Cincinnati
3) Chicago
41. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
6) Sometimes, one way tracks would lead to collisions.
4. Name two cities in which major lines were concentrated.
1) New York
2) Cincinnati
3) Chicago
42. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
6) Sometimes, one way tracks would lead to collisions.
4. Name two cities in which major lines were concentrated.
1) New York
2) Cincinnati
3) Chicago
5. What was the key to a successful sea trade?
43. Quiz
1. Who patented the sewing machine, and who improved in his/her idea?
Elias Howe patented the sewing machine, and Isaac Singer improved on the idea.
2. The telegraph was also known as the _______?
This device was also known as the “talking wire”.
3. Name three difficulties and hazards of the first railroads.
1) Workers who moved freight on horse-drawn wagons had the fear of losing their jobs.
2) Investors in canals worried railroad competition might cause loss of investments.
3) Soft roadbeds and weak bridges led to accidents.
4) Locomotives broke down
5) Smokestacks could go on fire.
6) Sometimes, one way tracks would lead to collisions.
4. Name two cities in which major lines were concentrated.
1) New York
2) Cincinnati
3) Chicago
5. What was the key to a successful sea trade?
The vital key to successful sea trading was speed.
46. Quiz (Continued)
6. Who launched the Rainbow, the first of the clipper ships?
John Griffiths launched the Rainbow, the first of the clipper ships.
47. Quiz (Continued)
6. Who launched the Rainbow, the first of the clipper ships?
John Griffiths launched the Rainbow, the first of the clipper ships.
48. Quiz (Continued)
6. Who launched the Rainbow, the first of the clipper ships?
John Griffiths launched the Rainbow, the first of the clipper ships.
7. By the 1830s, factories used _____ power instead of water power.
49. Quiz (Continued)
6. Who launched the Rainbow, the first of the clipper ships?
John Griffiths launched the Rainbow, the first of the clipper ships.
7. By the 1830s, factories used _____ power instead of water power.
Factories began using steam power.
50. Quiz (Continued)
6. Who launched the Rainbow, the first of the clipper ships?
John Griffiths launched the Rainbow, the first of the clipper ships.
7. By the 1830s, factories used _____ power instead of water power.
Factories began using steam power.
51. Quiz (Continued)
6. Who launched the Rainbow, the first of the clipper ships?
John Griffiths launched the Rainbow, the first of the clipper ships.
7. By the 1830s, factories used _____ power instead of water power.
Factories began using steam power.
8. How did the growth of railroads effect northern farming?
52. Quiz (Continued)
6. Who launched the Rainbow, the first of the clipper ships?
John Griffiths launched the Rainbow, the first of the clipper ships.
7. By the 1830s, factories used _____ power instead of water power.
Factories began using steam power.
8. How did the growth of railroads effect northern farming?
New England farmers could not compete with the new source of cheap
foods, so many people left their farms to obtain new jobs as factory
workers, store workers, and jobs on boats.