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Quiz about The Story of Invention IV
Quiz about The Story of Invention IV

The Story of Invention: IV Trivia Quiz


"History is the essence of innumerable biographies". In this, the fourth edition of "The Story of Invention", identify the scientist in each question, on the basis of a short excerpt from his life.

A multiple-choice quiz by Shrivats. Estimated time: 10 mins.
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Author
Shrivats
Time
10 mins
Type
Multiple Choice
Quiz #
211,192
Updated
Jul 23 22
# Qns
10
Difficulty
Average
Avg Score
6 / 10
Plays
423
- -
Question 1 of 10
1. A bitter and largely inconclusive war was being waged between the city-states of Florence and Pisa in the year 1503. The army of Florence was at the gates of Pisa and all feared the bloody and prolonged siege that obviously lay ahead. It was at this time that the Signoria of Florence sought the aid of a world-famous painter, who despite being a gentle humanitarian who even went as far as to stop eating meat due to his great love for animals, surely possessed the creative genius to bring an end to this war. Who was this world famous scientist, and creator of art? Hint


Question 2 of 10
2. At about the same time that William Shakespeare was staging a play about a melancholy young prince from Elsinore, a real-life Danish nobleman was dying of indigestion in Prague. As was his custom, he had over-eaten, and now, deathly ill, could see his death fast approaching. He called for his brilliant assistant, Johannes Kepler, and begged him to carry on the great work in which they had both been involved. Whithin hours of Kepler giving his promise, this man, who was the greatest astronomer that his century had known, lay dead.
Even at his death he was an imposing figure, his huge girth caused the bed to groan, and the tip of his nose gleamed in the glow of the candle, for as a young man he had lost the end of his nose in a duel, and it had been replaced by a plate made of gold and silver alloy.

Who was he?
Hint


Question 3 of 10
3. As the Chief Judge leaned forward, a hush fell over the crowded courtroom. There were some in the courtroom, young medical students from the University of Basle who admired the courage of their teacher. And there were those wealthier doctors and orthodox physicians who hated him for his revolutionary views.
The aged jurist spoke: "This court finds that the services of the doctor cannot be valued as he claims, at one hundred gulden. He performed none of the treatments of recognized physicians. The quick recovery of the patient can only be applied to natural causes, and not to the few pills offered by the Doctor."

The young doctor leaped to his feet in defiance and shouted, "This is a mockery of justice, you have joined the sinful alliance of incompetent physicians and charlatans against me."
His friends pulled him down, but the damage had been done. Charges of treason (!) were framed against him and he was forced to flee Basle, and live life as a wandering outcast until his untimely death at the age of forty-eight.

Who was this man who challenged the ancient traditions of medical practice, and is called the "Father of Toxicology"?
Hint


Question 4 of 10
4. At 8 am, several workmen stopped outside a London house and removed the front door. At 9 am, a long horse-drawn carriage stopped in front of the house. A heavily-wrapped object, around twelve feet long was delicately removed from the wagon, and carried through the doorway, as carefully as if it were a crate of eggs. At 10 am, the chemist's delivery wagon discharged three small, but heavy barrels on the sidewalk. This famous scientist's assistants then carried these barrels inside and replaced the front door, leaving the intrigued neighbours to speculate fruitlessly about what was going on at that house on that morning of 1662.

Several weeks earlier, he had challenged a London glass-blower to construct the longest and strongest glass tube ever made. It was to be shaped in the form of a 'J', with the long leg twelve feet long and the short leg five feet long and closed with a stopcock. One of the greatest experiments in scientific history was about to take place at that London house.

Who was this scientist?
Hint


Question 5 of 10
5. At the age of eighteen, he had already achieved some distinction as a mathematician in the small town of Beaumont. In his mind however, Paris was the only city through which he could enter the larger world of Science. He obtained letters of recommendation and, in 1767, set out for Paris to seek the help of the leading French mathematician, D'Alembert. But when he presented himself and his references at D'Alembert's home, he was given polite excuses and was sent away without even being able to see the mathematician. Weeks went by, and he was still unable to obtain an audience. Persistent in his ambition, he now decided to try a different approach. He wrote a paper on the principles of mechanics and sent in to D'Alembert with his request for an audience. This was a language that a mathematician could understand and appreciate. D'Alembert sent for this young scientist at once, saying: "You need no introduction other than the recommendation of your own work."

Who was this famous mathematician, who is referred to as the "French Newton", who has both an equation and a 'demon' to his name?
Hint


Question 6 of 10
6. The handful of scholars and scientists who subscribed to the French "Journal de Physique" must have found the 1811 edition rather uninteresting. Two of the articles contained a parochial squabble involving credit for a minor discovery, other articles were by regular contributors, who seemed to spend more time writing about their experiments than actually performing them. Near the back of the book was some mildly interesting speculation by an Italian professor on the distinction between atoms and molecules. A few advertisements followed and that was all. It seemed to be an undistinguished issue, destined to gather dust and to gradually sink into obscurity.

But such was not to be its fate. It became so famous that a century after its appearance, delegations of scientists, representing nearly every nation, travelled to Italy to commemorate the hundredth anniversary of this issue. They came to pay tribute to that Italian professor whose article on atoms and molecules had become one of the most famous documents in the field of physics.

Who was that Italian Professor?
Hint


Question 7 of 10
7. This poor blacksmith's son, worked as an apprentice in a bookshop. Once, a customer presented him with a set of tickets to a series of lectures by Sir Humphrey Davy, of the Royal Society. This marked a turning point in his life. He was overjoyed, but could not fathom how he, as a scientifically untrained youth could get a start in even the most menial sort of scientific work.

He boldly sent a neatly copied set of Davy's lecture notes to him and requested any kind of job in his laboratory. Years later, Sir Humphrey was to refer to this young man as the greatest of all his discoveries.

Who was he?
Hint


Question 8 of 10
8. The following notice was affixed to the door of a Vienna Hospital's maternity clinic: "Beginning today, May 15th, 1847, every doctor or student coming into the lying-in clinic from the dissecting room must positively wash his hands in the basin of chlorine water provided by the entrance. No exceptions to this rule!"

Seems like common sense doesn't it? However this very proclamation was met with such widespread derision by the scientific community at the time, that this doctor, who discovered that at the time doctors were indeed the killers of their own patients through their apathetic attitude towards hygiene, was forced to leave the hospital and join another. Who was this early proponent of the germ and antiseptic theory?
Hint


Question 9 of 10
9. Coming back to the modern world, this renowned physicist, besides maintaining a bet for around 29 years, was also the only person to ever play himself in an episode of "Star Trek". A truly inspirational person, his battle with Amyotrophic Lateral Sclerosis made him a worldwide icon, and had thrown his considerable scientific achievements into stark relief. He was the Lucasian Professor of Mathematics at the University of Cambridge. Who is he? Hint


Question 10 of 10
10. One day in the year 1824, while working in his laboratory, this young chemist, while working with compounds of an inorganic nature, quite accidentally formed an unexpected substance that took the form of white needle-like crystals. His keen mind tried to place them as he remember how, several years earlier, he had, as a student analyzed urine into its component parts. One of the component parts was urea, which consisted of the same white crystals. However, urea was an organic compound, something formed as a result of protein breakdown in the liver, and according to science at the time such compounds could not be formed from inorganic compounds as they possessed a 'vital force'. This scientist was so skeptical about his findings that he did not publish them for over four years, He did not realise at the time that his discovery would revolutionize chemical thought and would be responsible for the overthrow of the 'vital force' theory that had a stranglehold over the minds of chemists in the early nineteenth century.

Who was this scientist?
Hint



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Quiz Answer Key and Fun Facts
1. A bitter and largely inconclusive war was being waged between the city-states of Florence and Pisa in the year 1503. The army of Florence was at the gates of Pisa and all feared the bloody and prolonged siege that obviously lay ahead. It was at this time that the Signoria of Florence sought the aid of a world-famous painter, who despite being a gentle humanitarian who even went as far as to stop eating meat due to his great love for animals, surely possessed the creative genius to bring an end to this war. Who was this world famous scientist, and creator of art?

Answer: Leonardo da Vinci

Leonardo's uniquely creative mind formulated a brilliant strategy to permanently reduce the power of Pisa. He diverted the Arno River from its course, and caused it to enter the sea at Leghorn, thus depriving Pisa of both its water supply and its sea-port.

Da Vinci's achievements go far beyond his paintings. He single handedly discovered most of the laws of aerodynamics more than four hundred years before the first successful flight in a heavier-than-air machine was achieved. His famous secret notes, written in his unique 'secret' writing contain masses of scientific knowledge that unfotunately remained hidden from the world until recent times.

His is in reality a story of what might have been in Science, as so much of his work had to be independently rediscovered in the twentieth century.
2. At about the same time that William Shakespeare was staging a play about a melancholy young prince from Elsinore, a real-life Danish nobleman was dying of indigestion in Prague. As was his custom, he had over-eaten, and now, deathly ill, could see his death fast approaching. He called for his brilliant assistant, Johannes Kepler, and begged him to carry on the great work in which they had both been involved. Whithin hours of Kepler giving his promise, this man, who was the greatest astronomer that his century had known, lay dead. Even at his death he was an imposing figure, his huge girth caused the bed to groan, and the tip of his nose gleamed in the glow of the candle, for as a young man he had lost the end of his nose in a duel, and it had been replaced by a plate made of gold and silver alloy. Who was he?

Answer: Tycho Brahe

Tycho Brahe fought against blind belief in matters relating to astronomy, but was still unable to persuade himself to believe in the Heliocentric theory.

On observing a bright star appear suddenly in the constellation Cassiopeia, he discovered that, despite common belief that this bright spark of light in the sky was a phenomenon of the Earth's atmosphere, this was actually a new object that was very far from the earth, and hence contradicted the Aristotelian world view of celestial immutability. He published this discovery in a book, De Stella Nova, hence coining the term 'Nova' for a new star.
3. As the Chief Judge leaned forward, a hush fell over the crowded courtroom. There were some in the courtroom, young medical students from the University of Basle who admired the courage of their teacher. And there were those wealthier doctors and orthodox physicians who hated him for his revolutionary views. The aged jurist spoke: "This court finds that the services of the doctor cannot be valued as he claims, at one hundred gulden. He performed none of the treatments of recognized physicians. The quick recovery of the patient can only be applied to natural causes, and not to the few pills offered by the Doctor." The young doctor leaped to his feet in defiance and shouted, "This is a mockery of justice, you have joined the sinful alliance of incompetent physicians and charlatans against me." His friends pulled him down, but the damage had been done. Charges of treason (!) were framed against him and he was forced to flee Basle, and live life as a wandering outcast until his untimely death at the age of forty-eight. Who was this man who challenged the ancient traditions of medical practice, and is called the "Father of Toxicology"?

Answer: Paracelsus

Philippus Aureolus Paracelsus was indeed a controversial scientist at a time when refusal to conform was fraught with personal danger. He showed his contempt for the ancient methods of medicine by publicly burning the books of Avicenna and Galen, and by lecturing in German, instead of in Latin. He believed that disease was not caused by demons or evil spirits, as was commonly believed, but rather by foreign parasties that disrupted the normal functioning of the human body. He famously said that for him, the major aim of alchemy (chemistry), was not to make gold or silver, but to make medicines.

He died in poverty in a squalid, shabby inn in Salzburg, but the echoes of his supremely self-confident and penetrating voice lived on, directing chemists to find cures for diseases.

In Robert Browning's Paracelsus, he says:
"But after, they will know me
... I shall emerge one day."
4. At 8 am, several workmen stopped outside a London house and removed the front door. At 9 am, a long horse-drawn carriage stopped in front of the house. A heavily-wrapped object, around twelve feet long was delicately removed from the wagon, and carried through the doorway, as carefully as if it were a crate of eggs. At 10 am, the chemist's delivery wagon discharged three small, but heavy barrels on the sidewalk. This famous scientist's assistants then carried these barrels inside and replaced the front door, leaving the intrigued neighbours to speculate fruitlessly about what was going on at that house on that morning of 1662. Several weeks earlier, he had challenged a London glass-blower to construct the longest and strongest glass tube ever made. It was to be shaped in the form of a 'J', with the long leg twelve feet long and the short leg five feet long and closed with a stopcock. One of the greatest experiments in scientific history was about to take place at that London house. Who was this scientist?

Answer: Robert Boyle

When we think of scientific experiments, we normally envision a white-coated scientist peering into a microscope in a spotless lab. But such was the size of this glass piece that Boyle was forced to conduct his path-breaking experiment in the stairwell of his house. He used this experiment to prove what we now call Boyle's Law, that is, at a given temperature, the product of the pressure and the volume of a given gas is a constant.

During his lifetime, Boyle was beset by many illnesses, real and imaginary. He had almost died as a young boy when an incorrectly-compounded mixture poisoned his system. As a result, he mistrusted physicians' prescriptions, and relied on a mixture of homemade elixirs to sustain him through his frequent illnesses. Nevertheless, he died at the age of sixty-four, having written over forty books on subjects as varied as language, chemistry, optics, astronomy, religion and physics.
5. At the age of eighteen, he had already achieved some distinction as a mathematician in the small town of Beaumont. In his mind however, Paris was the only city through which he could enter the larger world of Science. He obtained letters of recommendation and, in 1767, set out for Paris to seek the help of the leading French mathematician, D'Alembert. But when he presented himself and his references at D'Alembert's home, he was given polite excuses and was sent away without even being able to see the mathematician. Weeks went by, and he was still unable to obtain an audience. Persistent in his ambition, he now decided to try a different approach. He wrote a paper on the principles of mechanics and sent in to D'Alembert with his request for an audience. This was a language that a mathematician could understand and appreciate. D'Alembert sent for this young scientist at once, saying: "You need no introduction other than the recommendation of your own work." Who was this famous mathematician, who is referred to as the "French Newton", who has both an equation and a 'demon' to his name?

Answer: Marquis Pierre-Simon de Laplace

Laplace's personal life however was not, in the opinion of many historians, as distinguished as his scientific achievements. Lavoisier perished on the guillotine, but Laplace adapted himself to the various regimes that came to power. He was an official during the French Revolution, but he dedicated a later edition of his books to Napoleon.

When Napoleon was banished, he welcomed the returning Bourbon King, and was made a Marquis. However, regardless of his personal character, the world of Science has been greatly enriched by the brilliance of Laplace's analyses, and by his organization of details in the field of mathematics and mathematical astronomy.
6. The handful of scholars and scientists who subscribed to the French "Journal de Physique" must have found the 1811 edition rather uninteresting. Two of the articles contained a parochial squabble involving credit for a minor discovery, other articles were by regular contributors, who seemed to spend more time writing about their experiments than actually performing them. Near the back of the book was some mildly interesting speculation by an Italian professor on the distinction between atoms and molecules. A few advertisements followed and that was all. It seemed to be an undistinguished issue, destined to gather dust and to gradually sink into obscurity. But such was not to be its fate. It became so famous that a century after its appearance, delegations of scientists, representing nearly every nation, travelled to Italy to commemorate the hundredth anniversary of this issue. They came to pay tribute to that Italian professor whose article on atoms and molecules had become one of the most famous documents in the field of physics. Who was that Italian Professor?

Answer: Amedeo Avogadro

Fifty years after the publication of Avogadro's article, a scientific convention had gathered at Karlsruhe, Germany, to iron out the confusion which existed among different schools of thought on the question of atoms and molecules. An Italian chemist, Stanislao Cannizzaro discovered Avogadro's treatise and championed it before the assembly. Cannizzaro dedicated himself to publicizing Avogadro's findings, by publishing article after article, spoke out at dozens of scientific conventions, and finally convinced the scientific community that his countryman had indeed been right. For his own efforts, Cannizzaro was awarded the Copely medal of the Royal Society.

Only a few copies of the very valuable 1811 edition of "Journal de Physique" still exist. These copies are testimonials to Amedeo Avogadro, who laid the cornerstone for the modern chemical theory of atoms.
7. This poor blacksmith's son, worked as an apprentice in a bookshop. Once, a customer presented him with a set of tickets to a series of lectures by Sir Humphrey Davy, of the Royal Society. This marked a turning point in his life. He was overjoyed, but could not fathom how he, as a scientifically untrained youth could get a start in even the most menial sort of scientific work. He boldly sent a neatly copied set of Davy's lecture notes to him and requested any kind of job in his laboratory. Years later, Sir Humphrey was to refer to this young man as the greatest of all his discoveries. Who was he?

Answer: Michael Faraday

This question would not be complete without mentioning Faraday's great role as an educator of the masses. In spite of (or because of) his own lack of formal education, in 1826 he began his famous Friday evening lectures at the Royal Institution. They were soon followed by his Christmas lectures for young people. He was a truly inspiring lecturer, and a worthy successor to his mentor Sir Humphrey Davy in this regard.

Faraday's name lives on even today by the naming of the 'farad' as the practical unit of electrical capacitance.
8. The following notice was affixed to the door of a Vienna Hospital's maternity clinic: "Beginning today, May 15th, 1847, every doctor or student coming into the lying-in clinic from the dissecting room must positively wash his hands in the basin of chlorine water provided by the entrance. No exceptions to this rule!" Seems like common sense doesn't it? However this very proclamation was met with such widespread derision by the scientific community at the time, that this doctor, who discovered that at the time doctors were indeed the killers of their own patients through their apathetic attitude towards hygiene, was forced to leave the hospital and join another. Who was this early proponent of the germ and antiseptic theory?

Answer: Ignaz Semmelweis

Ignaz Semmelweis's life is probably an example of how the inertia of the scientific fraternity can lead to great loss, and an overall slowing down of the entire scientific process. His efforts were often greeted with the same derision that many others such as Lister, Pasteur, and Jenner encountered.

A thread of irony ran through Semmelweis' life. Though his death is indeed an issue of some controversy, one version states that he died as a result of an infection to a wound in his right hand, which if true, would indeed be a perfect example of Greek irony.
9. Coming back to the modern world, this renowned physicist, besides maintaining a bet for around 29 years, was also the only person to ever play himself in an episode of "Star Trek". A truly inspirational person, his battle with Amyotrophic Lateral Sclerosis made him a worldwide icon, and had thrown his considerable scientific achievements into stark relief. He was the Lucasian Professor of Mathematics at the University of Cambridge. Who is he?

Answer: Stephen Hawking

Professor Stephen William Hawking, CH, CBE, FRS, (8 January 1942 - 14 March 2018) was one of the world's leading theoretical physicists. Hawking was the Lucasian Professor of Mathematics at the University of Cambridge (a post once held by Sir Isaac Newton), and a fellow of Gonville and Caius College. That he held this post while almost completely incapacitated by severe motor neurone disease had made him a worldwide celebrity.

As well as intelligence, the man was known for his wit. Hawking was famous for his oft-made statement, "When I hear of Schrödinger's cat, I reach for my gun." This was a deliberately ironic paraphrase of the sentence "When I hear the word 'culture', I release the catch on my Browning" in a play by the official Nazi playwright and poet, Hanns Johst. (The quote is often mis-attributed in a slightly shorter form to Goering).
10. One day in the year 1824, while working in his laboratory, this young chemist, while working with compounds of an inorganic nature, quite accidentally formed an unexpected substance that took the form of white needle-like crystals. His keen mind tried to place them as he remember how, several years earlier, he had, as a student analyzed urine into its component parts. One of the component parts was urea, which consisted of the same white crystals. However, urea was an organic compound, something formed as a result of protein breakdown in the liver, and according to science at the time such compounds could not be formed from inorganic compounds as they possessed a 'vital force'. This scientist was so skeptical about his findings that he did not publish them for over four years, He did not realise at the time that his discovery would revolutionize chemical thought and would be responsible for the overthrow of the 'vital force' theory that had a stranglehold over the minds of chemists in the early nineteenth century. Who was this scientist?

Answer: Friedrich Wöhler

Wöhler's discoveries had great influence on the theory of chemistry. The journals of every year from 1820 to 1881 contain contributions by him. It was remarked that "for two or three of his researches he deserves the highest honor a scientific man can obtain, but the sum of his work is absolutely overwhelming. Had he never lived, the aspect of chemistry would be very different from that it is now."

The list of chemicals discovered by Wöhler seems endless. He was a co-discoverer of beryllium and silicon, as well as of the synthesis of calcium carbide. He also isolated the elements Yttrium and titanium.

Wöhler will always be remembered as the man who discovered that the concept of the 'vital force' is a myth, and as the man responsible for opening the vast field of organic chemistry.

Research: 100 Great Scientists (Dr. Jay E. Greene), as well as the incomparable Wikimedia foundation.
Source: Author Shrivats

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