Rosalind Franklin Trivia Questions

The Nobel Prize is not awarded posthumously, and Franklin died in 1958, four years before Watson, Crick, and Wilkins won in 1962.

Franklin never won the Nobel. The 1962 Nobel Prize in Physiology or Medicine for DNA structure was awarded to Watson, Crick, and Wilkins. Nobel Prizes are not awarded posthumously, and Franklin died in 1958, so she was ineligible.

Watson and Crick did not list Franklin as a co-author on their 1953 paper, nor on any later DNA papers; her contribution was cited only in a footnote.

Franklin and Watson had a famously tense relationship; Watson described her as difficult in his memoir, and they rarely communicated directly.

Watson and Crick did not invite Franklin to co-author. Instead, three separate papers—Watson/Crick, Franklin/Gosling, and Wilkins—were published back-to-back in the same issue of Nature.

Nobel Prizes are not awarded posthumously, and Franklin died in 1958, four years before the 1962 prize. Only Watson, Crick, and Wilkins were honored.

The Nobel Prize in 1962 was awarded to Watson, Crick, and Wilkins. Franklin died of ovarian cancer in 1958, and the Nobel is not awarded posthumously.

They had a strained relationship. Watson saw her data without permission and later wrote condescendingly about her in 'The Double Helix,' underestimating her contribution.

Her X-ray crystallography work, especially Photo 51, provided key measurements that helped Watson and Crick build their DNA model.

The Nobel Prize is not awarded posthumously. Watson, Crick, and Wilkins won in 1962; Franklin had died in 1958.

There is no record of Franklin working for the BBC. After earning her PhD, she focused solely on scientific research, including coal and DNA studies.

Photo 51 was shown to Watson by Maurice Wilkins, Franklin's colleague, without her knowledge or consent. Watson and Crick did not steal it from her desk.

No evidence supports this. Nobel Prizes are not offered in advance, and she died years before the DNA prize was awarded.

Rosalind Franklin died of ovarian cancer in 1958 at age 37, not from a climbing accident. She was an avid hiker and mountaineer, but the statement's claim about her death is false.

The Nobel Prize in 1962 went to Watson, Crick, and Wilkins. Franklin had died in 1958, and the prize is not awarded posthumously.

Franklin died of ovarian cancer in 1958. The Nobel Prize for the DNA structure was awarded in 1962 to Watson, Crick, and Wilkins. Nobel rules at the time did not permit posthumous awards.

Franklin’s data was critical, but she didn't solve the full double helix model alone. Watson and Crick built the final model using her insights.

Photo 51, taken by Franklin and her student Raymond Gosling, revealed DNA's helical structure. Watson saw it without her permission, which helped him deduce the double helix.

Watson nicknamed her 'Rosy' in his book, but 'dark lady' is a myth. He described her as uncommunicative and difficult, but the phrase isn't an actual historical epithet.

Photo 51 was taken by Raymond Gosling, Franklin's graduate student, while she supervised. Gosling confirmed this in interviews; she did not physically take the image.

The 1962 Nobel Prize went to Watson, Crick, and Wilkins. Franklin died in 1958, and Nobels are not awarded posthumously.

Franklin and Watson had a tense relationship. They did not collaborate directly; Watson viewed her as difficult and competitive.

Raymond Gosling, a graduate student working under Franklin's supervision, took the X-ray diffraction image known as Photo 51. While Franklin designed the experiment and provided crucial expertise, Gosling physically operated the equipment.

Franklin's X-ray diffraction image, Photo 51, was shown to Watson and Crick without her permission. She was not informed of its use in their model-building.

Franklin and Wilkins had a famously strained working relationship at King's College London. They often clashed over communication and credit for their research.

Watson and Crick published the DNA structure first in 1953. Franklin's supporting data appeared alongside theirs, but she did not claim the double helix.

The Nobel Prize in Physiology or Medicine 1962 was awarded only to Watson, Crick, and Wilkins. Franklin had died in 1958, and the Nobel is not given posthumously.

Franklin's colleague Maurice Wilkins showed her unpublished data and Photo 51 to Watson without her knowledge. She was never consulted or informed about this breach.

Franklin's X-ray diffraction image, Photo 51, provided key evidence for DNA's structure, used without her permission by Watson and Crick.

James Watson and other colleagues referred to Franklin as 'Rosy', a nickname she found dismissive and never used herself, preferring 'Rosalind'.

Photo 51, taken by Franklin and her student Raymond Gosling, provided clear evidence of DNA's helical shape. James Watson saw it without her consent, and it was key to the double helix model proposed by Watson and Crick in 1953.

Watson and Crick published the double helix model. Franklin's data was critical, but she did not propose the structure herself.

Rosalind Franklin was born on July 25, 1920, in London, and her birth was properly registered. This is a fabricated myth.

Franklin correctly interpreted her data as indicating a helical structure in early 1953, before Watson and Crick published. She was not ignorant of its implications.

Franklin's Photo 51 confirmed the helical structure, which Watson and Crick used for their DNA model.

Franklin was private and avoided public advocacy. She focused on her research and did not participate in feminist activism, though she faced discrimination.

Franklin was often described as intense and direct, leading to friction with colleagues like Wilkins. Her solitary working style was a contrast to the collaborative Cambridge lab.

They had a famously tense relationship; Watson described her as 'Rosy' and they rarely spoke directly.

Wilkins shared Photo 51 with Watson, who later admitted it was a key 'aha' moment for the double helix model.

Photo 51 was taken by Franklin herself, using her expertise in X-ray crystallography. Her graduate student Raymond Gosling assisted, but she was the lead scientist.

She passed away in 1958 at age 37 from ovarian cancer. Her early death cut short a brilliant scientific career.

Franklin died in 1958, and the Nobel Prize is not awarded posthumously. Watson, Crick, and Wilkins shared the 1962 prize.

Photo 51 was indeed an X-ray crystallography image, which revealed DNA's helical structure.

Franklin's Photo 51 was shown to James Watson by her colleague Maurice Wilkins without her knowledge, which helped Watson and Crick build the DNA model.

Franklin's X-ray diffraction image, Photo 51, was shown to Watson and Crick by her colleague Wilkins without her knowledge, enabling their breakthrough.

She earned a degree in physical chemistry and remained a physical chemist throughout her career, applying those methods to biological problems.

Her X-ray diffraction images, particularly Photo 51, revealed DNA's helical structure, leading to Watson and Crick's double helix model.

Her Photo 51, an X-ray diffraction image of DNA, showed the helical structure and was critical for Watson and Crick's model.

Her presentation at a 1951 conference was met with skepticism; the significance of her data was only fully appreciated after Watson and Crick's model.

Before DNA, she published key papers on the porosity of coal; later, she led pioneering work on the tobacco mosaic virus's structure.

Franklin died on April 16, 1958, at age 37 from ovarian cancer.

Before her DNA work, she published key research on coal porosity. Later, she led pioneering work on tobacco mosaic virus, establishing her broad impact beyond the famous Photo 51.

Watson and Crick first built the double helix model. Franklin's data confirmed it, but she was cautious about concluding the structure and did not propose it herself.

After her DNA work, Franklin led pioneering research on the tobacco mosaic virus and also studied the microstructures of coal, which had practical applications during WWII.

Linus Pauling briefly championed a triple helix, but Franklin argued against it. She correctly concluded DNA had a helical structure with two strands, not three.

After DNA work, she studied tobacco mosaic virus and polio virus. Her team's X-ray images revealed the virus's protein shell and RNA arrangement, advancing virology.

Linus Pauling and others had already proposed helical models. Franklin's key contribution was confirming the B-form helix and providing precise measurements.

Her PhD research on the porosity of coal led to practical applications in gas mask technology, directly aiding the British war effort.

After DNA, she turned to viruses. Her work on TMV revealed its RNA structure and how it assembles, laying groundwork for virology.

After her DNA research, Franklin moved to Birkbeck College and applied X-ray crystallography to the tobacco mosaic virus, publishing her findings in the mid-1950s.

Photo 51 was taken by Raymond Gosling, Franklin's graduate student, in May 1952. Franklin supervised the work but did not physically take the photograph.

After DNA work, Franklin led pioneering research on the tobacco mosaic virus and polio virus, publishing over a dozen papers.

No evidence supports a friendship. Schrödinger wrote a famous book on DNA but worked in a different time and place; their paths never crossed.

Franklin’s PhD research on the porosity of coal led to better gas masks and carbon fiber development, a vital wartime contribution.

After DNA work, Franklin led a team that used X-ray diffraction to reveal the structure of the tobacco mosaic virus, a major virology breakthrough.

X-ray crystallography was invented earlier, by William Bragg and others. Franklin was a master of the technique, but she did not invent it.

Her meticulous notebooks from 1951–1952 clearly document her discovery of the A and B forms of DNA, which was critical to solving the structure.

Her research on coal led to the discovery of its microporous structure, which improved gas mask efficiency during WWII.

She left due to a tense work environment and a rule barring women from the senior common room, but it wasn't a forced dismissal.

Her X-ray data showed the backbone on the outside, contradicting earlier models and guiding Watson and Crick.

Before DNA, she studied coal microstructure. Her work improved understanding of carbon fiber strength, leading to practical applications in materials science and WWII gas masks.

She published groundbreaking papers on the tobacco mosaic virus structure before her death from ovarian cancer.