30 Best Ada Lovelace Quiz Questions: Trivia About the World’s First Computer Programmer

30 Best Ada Lovelace Quiz – Questions & Answers

Welcome to the ultimate Ada Lovelace Quiz! Test your knowledge about the world’s first computer programmer with 30 comprehensive questions covering her fascinating life, groundbreaking mathematical work, legendary collaboration with Charles Babbage, and extraordinary legacy in the history of computing and technology. This Ada Lovelace trivia challenge will take you through 19th-century science, mathematics, and the visionary ideas that were centuries ahead of their time.

Whether you’re a technology enthusiast, a history buff, or a champion of women in STEM, these carefully crafted questions span her biography, family background, intellectual achievements, and the lasting impact she made on computer science. Discover fascinating facts about the remarkable woman who imagined the future of computing long before computers existed.

Instructions: Take your time with each question and enjoy detailed explanations that will deepen your knowledge of Ada Lovelace’s incredible story. How well do you really know the Enchantress of Numbers?

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Ready to test your Ada Lovelace knowledge!

👩‍👧 Early Life & Family (6 Questions)

Question 1 of 30

Ada Lovelace was born on December 10, 1815. What was her full birth name?

Ada’s Full Birth Name

Ada Lovelace was born Augusta Ada Byron on December 10, 1815, in London, England. She was the only legitimate child of the famous Romantic poet Lord George Gordon Byron and his wife Anne Isabella Milbanke. She later became Ada King, Countess of Lovelace, after her marriage to William King, who was elevated to the Earl of Lovelace in 1838. The name “Lovelace” by which she is known today came from this aristocratic title.

Question 2 of 30

Ada’s father was the famous Romantic poet Lord Byron. How old was Ada when her parents separated and she last saw her father?

Ada and Lord Byron’s Separation

Ada’s parents separated when she was just one month old, and Lord Byron left England permanently shortly after. Ada never saw her father again — Lord Byron died in Greece in 1824 when Ada was just eight years old. Despite never knowing him, Ada was always aware of her father’s famous and controversial legacy. Her mother Anne Isabella, fearing Ada might inherit her father’s “poetic madness,” deliberately steered Ada’s education firmly toward mathematics and science.

Question 3 of 30

Ada’s mother deliberately encouraged which subjects in Ada’s education to counter her father’s poetic influence?

A Mathematical Education by Design

Ada’s mother Anne Isabella Milbanke — herself highly educated and nicknamed “Princess of Parallelograms” by Lord Byron for her love of mathematics — deliberately focused Ada’s education on mathematics and science. She feared that Ada might inherit her father’s volatile, “poetic” temperament and believed a rigorous mathematical education would provide discipline and stability. This unusual education for a 19th-century girl ultimately led Ada to her pioneering work in computing.

Question 4 of 30

At age 12, Ada developed an obsession with flight and worked on a project she called “Flyology.” What was she trying to design?

Ada’s Childhood Dream of Flight

At age 12, Ada embarked on an ambitious project she called “Flyology,” in which she studied birds and systematically investigated how to design a flying machine with wings. She wrote a book on the subject, carefully analyzing the proportions of wings relative to body weight. This early project revealed Ada’s extraordinary capacity to blend imaginative thinking with methodical, scientific investigation — a quality that would define her work with Babbage decades later.

Question 5 of 30

Which childhood illness left Ada partially paralyzed for nearly three years between ages 8 and 11?

Ada’s Battle with Measles

Ada contracted measles at age 8 in 1828, which resulted in severe complications that left her partially paralyzed and bedridden for approximately three years. During this period of illness and physical limitation, Ada channeled her energy into intellectual pursuits and mathematical studies. Far from halting her development, this time of enforced rest deepened her mental discipline and love of abstract thinking, helping to shape the extraordinary intellect she would bring to her later work.

Question 6 of 30

In 1835, Ada married William King, who later became the Earl of Lovelace. How many children did they have together?

Ada’s Marriage and Family

Ada and William King married in 1835 when Ada was 19 years old, and they had three children together: Byron (born 1836), Anne Isabella — known as Annabella — (born 1837), and Ralph Gordon (born 1839). William was supportive of Ada’s intellectual pursuits, which was unusual for the era, and the marriage gave Ada the social stability and financial security that allowed her to continue her mathematical work alongside raising a family.

⚙️ Charles Babbage & The Analytical Engine (6 Questions)

Question 7 of 30

At what age did Ada Lovelace first meet Charles Babbage, who would become her most important intellectual collaborator?

A Meeting That Changed History

Ada Lovelace first met Charles Babbage at age 17 in 1833, at one of his famous London dinner parties. Babbage, 24 years her senior, was already a celebrated mathematician and inventor. He showed Ada a small demonstration model of his Difference Engine — a mechanical calculator — and she was immediately captivated. Unlike most guests who saw an impressive curiosity, Ada grasped the profound mathematical potential of the machine, impressing Babbage enough to begin a lifelong intellectual friendship.

Question 8 of 30

Charles Babbage designed two famous computing machines. The first was the Difference Engine. What was his second, more ambitious machine called?

The Analytical Engine: A Vision of the Future

Charles Babbage’s second and far more ambitious design was the Analytical Engine, conceived around 1837. Unlike the Difference Engine which could only perform specific calculations, the Analytical Engine was designed to be a general-purpose mechanical computer capable of performing any calculation, with a memory store and a central processing unit — concepts that wouldn’t be realized in electronic form for another century. It is this machine that Ada Lovelace wrote her famous notes about, envisioning its vast potential beyond pure arithmetic.

Question 9 of 30

Ada translated a paper about the Analytical Engine originally written by which Italian mathematician, which became the basis for her famous annotated notes?

Menabrea’s Paper and Ada’s Translation

Italian military engineer and mathematician Luigi Federico Menabrea attended a lecture by Babbage in Turin in 1840 and subsequently wrote a paper in French describing the Analytical Engine. Ada was asked to translate the paper into English in 1842–1843. Rather than simply translating, she added her own extensive annotations — labeled A through G — which were nearly three times longer than the original paper and contained her most important original contributions, including what is recognized as the first computer algorithm.

Question 10 of 30

Ada’s famous Note G contained what is considered the world’s first computer algorithm. What was it designed to calculate?

Note G: The World’s First Algorithm

Ada’s Note G described a detailed algorithm for the Analytical Engine to compute Bernoulli numbers — a complex sequence used in number theory. What made this remarkable was not just the calculation itself, but the systematic, step-by-step operational instructions she wrote for how the machine should perform it. This is why Note G is recognized as the first published algorithm intended for implementation on a machine, earning Ada the title of world’s first computer programmer.

Question 11 of 30

In her notes, Ada made a visionary claim about what the Analytical Engine could do beyond mathematics. What did she suggest it could potentially process?

Ada’s Visionary Leap Beyond Numbers

In her notes, Ada made the extraordinary visionary leap of suggesting that the Analytical Engine could go far beyond pure arithmetic to process any symbolic information — she specifically mentioned music composition as an example, noting that if musical notes could be expressed through the Engine’s notation system, it could compose complex pieces of music. This was a breathtaking conceptual insight that anticipated the modern idea of general-purpose computing by over a century and is one of the reasons Ada is celebrated as a true pioneer of computer science.

Question 12 of 30

Babbage nicknamed Ada “The Enchantress of Numbers.” In which year were her famous translated notes with annotations published?

The 1843 Publication

Ada’s annotated translation of Menabrea’s paper was published in 1843 in Taylor’s Scientific Memoirs, a British scientific journal. Ada published the work under the initials “A.A.L.” — Augusta Ada Lovelace — as was common practice for women publishing scientific work at the time. Charles Babbage, deeply impressed by her intellectual contribution, called her “The Enchantress of Numbers” in their correspondence, a tribute to both her mathematical brilliance and her poetic imagination in grasping the machine’s potential.

🔢 Mathematical Work & Mentors (6 Questions)

Question 13 of 30

Which pioneering female mathematician and scientist became one of Ada’s most important tutors and mentors?

Mary Somerville: Ada’s Brilliant Mentor

Mary Somerville, one of the first women admitted to the Royal Astronomical Society and a celebrated scientist in her own right, became one of Ada’s most important mentors and close friends. It was Somerville who introduced Ada to Charles Babbage at his famous dinner party in 1833. Somerville provided Ada with advanced mathematical tutoring and served as a living example of a woman who had succeeded brilliantly in science — a powerful inspiration for the young Ada.

Question 14 of 30

Ada also received mathematics tutoring from Augustus De Morgan, a pioneering logician. What mathematical field is De Morgan particularly famous for?

Augustus De Morgan and Formal Logic

Augustus De Morgan was a pioneering mathematician and logician best known for De Morgan’s Laws in formal logic and Boolean algebra — the mathematical foundation that underpins all modern digital computing. De Morgan tutored Ada by correspondence and was deeply impressed by her mathematical abilities, noting that she showed an exceptional talent for abstract reasoning that went far beyond most students he had taught. The connection between Ada’s tutor and the logical foundations of computing is a remarkable historical symmetry.

Question 15 of 30

Ada described herself as having a talent for what she called “poetical science.” What did she mean by this phrase?

The Art of Poetical Science

By “poetical science,” Ada meant the ability to combine rigorous analytical and mathematical thinking with imaginative, creative leaps of intuition. She believed the best scientific and mathematical thinking required not just logical precision but also the imaginative capacity to envision possibilities that pure calculation alone could not reach. This philosophy — blending her father’s poetic inheritance with her mother’s mathematical influence — is precisely what allowed her to see the Analytical Engine’s potential as a general-purpose computing machine when others saw only a sophisticated calculator.

Question 16 of 30

Ada made an important distinction in her notes between what the Analytical Engine could and could not do. What did she say it could NOT do?

Ada’s Insight on the Limits of Machines

In a famous passage in her notes, Ada wrote that the Analytical Engine “has no power of originating anything. It can only do what we know how to order it to perform.” This is a profound and remarkably prescient observation about the nature of computing machines — anticipating what Alan Turing would later grapple with as the “Lady Lovelace’s Objection” in his 1950 paper on machine intelligence. The distinction between computation and genuine intelligence remains one of the central questions in computer science and artificial intelligence today.

Question 17 of 30

Ada’s annotated notes were how many times longer than the original paper she had been asked to translate?

Ada’s Monumental Annotations

Ada’s annotations were approximately three times longer than Menabrea’s original paper. While the original French paper covered about 8,000 words, Ada’s notes ran to roughly 20,000 words across seven annotations labeled A through G. When Babbage suggested she could have written an entirely original paper of her own, Ada replied that it had not occurred to her to do so — a response that historians have interpreted as characteristic of the self-effacing modesty expected of women in Victorian society, despite her clearly superior grasp of the subject.

Question 18 of 30

Ada’s notes introduced an important concept for how the Analytical Engine could use stored instructions to repeat operations. What is this concept called in modern computing?

Ada’s Concept of Looping

Ada’s algorithm for calculating Bernoulli numbers introduced the concept of a loop — a sequence of instructions that could be repeated multiple times without being rewritten each time. In modern programming, this concept is fundamental to virtually every piece of software ever written. Ada also introduced the concept of subroutines — reusable blocks of instructions that could be called upon as needed. Both innovations, described in 1843, are cornerstones of modern computer programming.

🏆 Legacy & Recognition (6 Questions)

Question 19 of 30

Ada Lovelace died tragically young. How old was she when she died in 1852?

Ada’s Tragically Short Life

Ada Lovelace died on November 27, 1852, at just 36 years old — the same age at which her father Lord Byron had died — from uterine cancer. Her death cut short what might have been an even more extraordinary body of work. At her own request, she was buried beside her father at the Church of St. Mary Magdalene in Hucknall, Nottinghamshire, England — a poignant final connection with the father she never truly knew.

Question 20 of 30

Ada’s contributions were largely forgotten for nearly a century after her death. Which computer science pioneer rediscovered and brought attention to her work in 1953?

Rediscovering Ada’s Legacy

B.V. Bowden republished Ada’s notes in his 1953 book “Faster Than Thought: A Symposium on Digital Computing Machines,” bringing her work to the attention of the modern computing world for the first time in over a century. Alan Turing had also referenced Ada’s work in his landmark 1950 paper “Computing Machinery and Intelligence,” naming her objection about machine originality as “Lady Lovelace’s Objection.” Together, these references helped restore Ada’s rightful place in the history of computing.

Question 21 of 30

The U.S. Department of Defense named a programming language “Ada” in her honor. In which decade was this language developed?

The Ada Programming Language

The Ada programming language was developed in the late 1970s and early 1980s, with its design completed around 1980 and standardized in 1983. Commissioned by the U.S. Department of Defense to create a single, unified programming language for all its systems, the language was named Ada in honor of Ada Lovelace. Ada the language is still used today in safety-critical systems including aviation, space systems, and military applications — a fitting tribute to the woman who first envisioned machine-based computation.

Question 22 of 30

Ada Lovelace Day is celebrated annually to recognize women in STEM. On which date is it observed each year?

Ada Lovelace Day: Celebrating Women in STEM

Ada Lovelace Day is held annually on the second Tuesday of October, founded by Suw Charman-Anderson in 2009. The day celebrates the achievements of women in science, technology, engineering, and mathematics, using Ada’s story as an inspiration. Events held worldwide include talks, workshops, Wikipedia edit-a-thons to improve coverage of women in STEM, and school programs. The day has grown significantly since its founding and is now recognized in dozens of countries.

Question 23 of 30

Which British institution features Ada Lovelace’s portrait and recognizes her as a pioneer of computing in its permanent collection?

Ada at the Science Museum

The Science Museum in London holds significant Ada Lovelace-related materials and celebrates her legacy as a computing pioneer. It also houses a working replica of part of Babbage’s Difference Engine No. 2, built to the original designs, which provides visitors a tangible connection to the mechanical computing world Ada worked within. Ada’s portrait and contributions are recognized throughout the museum’s computing history exhibits, honoring her central role in the story of how humanity learned to build thinking machines.

Question 24 of 30

Alan Turing referenced Ada Lovelace’s work in his famous 1950 paper. What was the title of that landmark paper on machine intelligence?

Turing’s Paper and Lady Lovelace’s Objection

Alan Turing’s landmark 1950 paper “Computing Machinery and Intelligence,” published in the journal Mind, introduced the famous Turing Test and grappled with the question of whether machines could truly think. In it, Turing directly cited Ada’s observation that the Analytical Engine could only do what it was instructed to do — calling it “Lady Lovelace’s Objection.” By engaging with Ada’s 107-year-old insight as a serious philosophical challenge, Turing effectively confirmed her place as a foundational thinker in the history of artificial intelligence.

🌍 Ada’s World & Broader Context (6 Questions)

Question 25 of 30

Ada Lovelace lived during the Victorian era’s Industrial Revolution. Which of the following best describes the era’s attitude toward women in science?

Women in Victorian Science

In the Victorian era, women were largely excluded from formal scientific institutions, universities, and learned societies. The Royal Society did not admit women as Fellows until 1945. Women who pursued science typically did so through private tutoring, correspondence, and informal networks — as Ada did. Her aristocratic social status gave her unusual access to intellectual circles, but even she published her most important work under initials rather than her full name. Ada’s achievements are all the more remarkable given these systemic barriers.

Question 26 of 30

Ada Lovelace was a contemporary of many great Victorian scientists. Which of the following was NOT a contemporary of Ada’s?

Ada’s Victorian Contemporaries

Isaac Newton was not a contemporary of Ada Lovelace — he lived from 1643 to 1727, almost a century before Ada was born in 1815. Charles Darwin (1809–1882), Michael Faraday (1791–1867), and Florence Nightingale (1820–1910) were all genuine Victorian contemporaries of Ada. Ada actually knew Michael Faraday personally through the scientific social circles of London. Darwin published “On the Origin of Species” in 1859, seven years after Ada’s death.

Question 27 of 30

In her later years, Ada became interested in using mathematics to gain an advantage in which activity, which unfortunately led to significant financial problems?

Ada’s Gambling Problem

In the years before her death, Ada became involved in horse racing gambling, believing she could develop a mathematical model to reliably predict race outcomes. She and a group of associates formed a gambling syndicate, but the scheme failed dramatically, leaving her with substantial debts. Ada was forced to pawn her family’s jewels at one point to cover losses. This episode is a poignant reminder that even brilliant minds are not immune to the lure of easy solutions — and that probability theory does not guarantee gambling success.

Question 28 of 30

Ada Lovelace has been the subject of several biographical works and dramatizations. Which of the following is a well-known graphic novel biography of Ada?

Lovelace and Babbage in Popular Culture

“The Thrilling Adventures of Lovelace and Babbage” by Sydney Padua (2015) is a beloved graphic novel that reimagines Ada Lovelace and Charles Babbage in an alternate steampunk universe where they actually complete the Analytical Engine and use it to fight crime. Originally developed as a webcomic, the book blends humor with genuinely accurate historical and technical footnotes about Ada’s real life and work. It became a critical and popular success and helped introduce Ada’s story to a new generation of readers.

Question 29 of 30

The Analytical Engine that Ada wrote about was never fully built in her lifetime. When was the first complete Difference Engine No. 2 (based on Babbage’s designs) finally constructed?

Babbage’s Engine Finally Built

The Science Museum in London completed a fully working Difference Engine No. 2 — built to Babbage’s original 19th-century designs — in 1991, to mark the 200th anniversary of Babbage’s birth. The machine worked perfectly, proving that Babbage’s designs were sound and that the only obstacles to its original construction had been the engineering precision limitations and funding problems of the Victorian era. A second copy was later built and is now housed at the Computer History Museum in Mountain View, California.

Question 30 of 30

Which modern technology company has used Ada Lovelace’s image on its products, and what was the context?

Ada Lovelace’s Name Lives On in Modern Tech

NVIDIA named its GPU microarchitecture “Ada Lovelace” — used in its GeForce RTX 40 series graphics cards launched in 2022 — as a tribute to the world’s first programmer. Microsoft also used Ada Lovelace’s portrait on holographic stickers included with licensed software products in the 1990s and 2000s as part of their certificates of authenticity. Both tributes reflect how deeply Ada’s legacy has been embraced by the modern technology industry she unknowingly helped inspire nearly two centuries ago.

Your Ada Lovelace Quiz Journey

From a Poet’s Daughter to a Computing Pioneer

This Ada Lovelace Quiz took you through one of history’s most extraordinary and underappreciated life stories. Born Augusta Ada Byron in 1815, the daughter of the scandalous poet Lord Byron and the mathematically gifted Anne Isabella Milbanke, Ada’s life was shaped from the very beginning by the tension between imagination and logic — a tension she would eventually resolve into what she called “poetical science.”

Her mother’s deliberate mathematical education, her childhood battle with measles, her obsessive “Flyology” project, and her first electrifying encounter with Charles Babbage at age 17 all set the stage for the brief but brilliant intellectual career that followed.

The Collaboration That Imagined the Future

Ada’s partnership with Charles Babbage remains one of the most remarkable intellectual collaborations in history. While Babbage designed the Analytical Engine — a mechanical marvel that anticipated the modern computer — it was Ada who truly grasped its revolutionary potential. Her 1843 annotated translation of Menabrea’s paper, three times longer than the original, contained the first computer algorithm in history and the first published vision of a general-purpose computing machine capable of processing any symbolic information.

Note G’s algorithm for calculating Bernoulli numbers, her concept of looping and subroutines, and her profound observation that the Engine could only do what it was instructed — never originate — remain foundational ideas in computer science to this day.

A Legacy Reclaimed and Celebrated

Ada died at just 36 in 1852, and her work was largely forgotten for nearly a century. When B.V. Bowden republished her notes in 1953 and Alan Turing cited her as “Lady Lovelace’s Objection” in his landmark paper on machine intelligence, the world finally began to recognize what had been hidden in plain sight: that the first person to understand computers was a 19th-century woman.

Today, the Ada programming language, Ada Lovelace Day, NVIDIA’s Ada Lovelace GPU architecture, and countless awards and institutions bearing her name ensure that the Enchantress of Numbers will never be forgotten again.

Whether you scored a perfect 30 or discovered new facts today, Ada Lovelace’s story reminds us that the most important breakthroughs often come from those with the imagination to see what others cannot — and the courage to describe it, even when the world is not yet ready to listen.

Keep Exploring the Story of Ada Lovelace

Congratulations on completing the 30 Best Ada Lovelace Quiz! Ada’s story is one of the most inspiring in the history of science and technology — a reminder that brilliant minds can emerge anywhere, and that visions of the future can come from the most unexpected places. Her legacy lives on in every line of code ever written.

Share this Ada Lovelace Quiz with students, tech enthusiasts, and history lovers in your life — because knowing Ada’s story is the first step to understanding where computing truly began.

Frequently Asked Questions

What is the Ada Lovelace Quiz about?

The Ada Lovelace Quiz is a 30-question trivia challenge covering the life, work, and legacy of Augusta Ada Lovelace — widely recognized as the world’s first computer programmer. The quiz spans five categories: Early Life and Family, Charles Babbage and the Analytical Engine, Mathematical Work and Mentors, Legacy and Recognition, and Ada’s World and Broader Context.

How many questions are in the Ada Lovelace Quiz?

This quiz contains 30 questions divided into five themed categories of six questions each. Questions are unlocked one at a time as you answer each one, creating a progressive learning experience that builds your understanding of Ada Lovelace’s extraordinary story from beginning to end.

Why is Ada Lovelace called the world’s first computer programmer?

Ada Lovelace is called the world’s first computer programmer because she wrote what is recognized as the first algorithm intended to be processed by a machine — specifically, an algorithm for Charles Babbage’s Analytical Engine to calculate Bernoulli numbers, published in 1843. Her notes also introduced concepts such as looping and subroutines that remain foundational to programming today.

What was Ada Lovelace’s connection to Charles Babbage?

Ada Lovelace and Charles Babbage were one of history’s greatest intellectual partnerships. They first met in 1833 when Ada was 17, and Babbage immediately recognized her exceptional mathematical talent. Ada translated and extensively annotated a paper about Babbage’s Analytical Engine in 1843, producing notes three times longer than the original that contained her pioneering programming concepts. Babbage called her “The Enchantress of Numbers.”

Is the Ada Lovelace Quiz suitable for students?

Absolutely. The Ada Lovelace Quiz is ideal for students studying computing history, mathematics, women in STEM, Victorian history, or science. Each question includes a detailed explanation providing rich historical context, making the quiz both a fun challenge and a genuine educational resource for students at secondary school, college, and university level.

How is the Ada Lovelace Quiz scored?

Each correct answer earns one point for a maximum possible score of 30. Your running score is displayed at the top of the page and updates automatically after every question. When you complete all 30 questions, you can submit for a full results breakdown showing your score across all five categories, helping you identify which areas of Ada’s life and work you know best.

Can I retake the Ada Lovelace Quiz?

Yes! Simply refresh the page to reset the quiz and start again from Question 1. Retaking the quiz after reading the detailed explanations is a great way to improve your score and deepen your knowledge of Ada Lovelace’s remarkable life. You can also share the quiz with friends, classmates, or colleagues to compare scores.

What is Ada Lovelace Day and when is it celebrated?

Ada Lovelace Day is an annual international celebration of the achievements of women in science, technology, engineering, and mathematics, held on the second Tuesday of October each year. Founded in 2009, the day uses Ada’s inspiring story as a symbol for all women in STEM and features events including talks, workshops, school programs, and Wikipedia edit-a-thons to improve online coverage of women’s contributions to science and technology.

What programming language was named after Ada Lovelace?

The Ada programming language, developed by the U.S. Department of Defense in the late 1970s and early 1980s, was named in honor of Ada Lovelace. It was designed as a single, unified programming language for all military and defense systems and is still used today in safety-critical applications including aviation software, space systems, and military technology — a fitting tribute to the woman who first envisioned machine-based computation.

How difficult is the Ada Lovelace Quiz?

The Ada Lovelace Quiz ranges from accessible questions about well-known facts — such as who her famous father was and what the world’s first algorithm calculated — to more challenging questions about specific historical details, the intellectual context of her work, and her broader legacy in modern computing. It is designed to reward both casual learners and dedicated Ada Lovelace enthusiasts while teaching something new to everyone who takes it.

Author: Seanty Rodrigo

- Audio and Music Journalist

Seanty Rodrigo is a highly respected Audio Specialist and Senior Content Producer for GlobalMusicVibe.com. With professional training in sound design and eight years of experience as a touring session guitarist, Seanty offers a powerful blend of technical knowledge and practical application. She is the lead voice behind the site’s comprehensive reviews of high-fidelity headphones, portable speakers, and ANC earbuds, and frequently contributes detailed music guides covering composition and guitar technique. Seanty’s commitment is to evaluating gear the way a professional musician uses it, ensuring readers know exactly how products will perform in the studio or on the stage.

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