Charles Franklin Kettering, who was an American inventor and businessman, once said, “An inventor fails 999 times, and if he succeeds once, he’s in”. These inventions, revised 999 times, can have great impacts. New inventions, innovations and technology impacted industrialization and American life in the late 1800s. The Bessemer process allowed for quicker and cheaper production of steel - which became the main material for large-scale building projects. Direct and alternating current electricity supplied, and still supplies, households and businesses across the world with the electricity that they use to power people’s everyday lives. The discovery of the X-ray spectrum, and its function in medical imaging and diagnosis, has led to countless medical advances and discoveries. The invention of the Bessemer process, X-ray technology and current electricity has had a huge impact on industrialization and American life in the late 1800s and into today.
The Bessemer process impacted industrialization and American life. Henry Bessemer invented the Bessemer converter in 1856. The Bessemer process converts molten iron into steel. Through the process of decarbonization (cold air is …show more content…
Wilhelm Conrad Roentgen, a German physics professor, discovered the X-ray spectrum in 1865. This essential discovery led to the study of a new section of physics, and was adapted into the X-ray machine. The X-ray machine worked by sending a beam of electrons through an object - and then the density of the object could be read as an image on metal film. The adaptation of the X-ray for medical usage allowed doctors to picture and diagnose new conditions in a less invasive and more precise way. For example, physicians could use X-ray technology to image a radial bone to investigate a possible fracture. The X-ray quickly became an essential tool for medical imaging - leading to many life-saving medical
The Bessemer process impacted industrialization and American life. Henry Bessemer invented the Bessemer converter in 1856. The Bessemer process converts molten iron into steel. Through the process of decarbonization (cold air is …show more content…
Wilhelm Conrad Roentgen, a German physics professor, discovered the X-ray spectrum in 1865. This essential discovery led to the study of a new section of physics, and was adapted into the X-ray machine. The X-ray machine worked by sending a beam of electrons through an object - and then the density of the object could be read as an image on metal film. The adaptation of the X-ray for medical usage allowed doctors to picture and diagnose new conditions in a less invasive and more precise way. For example, physicians could use X-ray technology to image a radial bone to investigate a possible fracture. The X-ray quickly became an essential tool for medical imaging - leading to many life-saving medical