Class 10 English Footprints without Feet Chapter 6 Question Answer | The Making of a Scientist
Welcome to HSLC Guru. In this article, we provide a complete set of questions and answers for Class 10 English Footprints without Feet Chapter 6 — The Making of a Scientist by Robert W. Peterson. This chapter is an important part of the ASSEB (Assam State Board of Secondary Education) Class 10 English syllabus. Here you will find the summary, textbook solutions (Think about it and Talk about it), additional short and long answer questions, MCQs, extract-based questions, and value-based questions to help you prepare thoroughly for your HSLC examination.
Summary of The Making of a Scientist
“The Making of a Scientist” is a biographical account written by Robert W. Peterson. It tells the inspiring story of Richard H. Ebright, who grew up to become a leading scientist. The chapter traces his journey from a curious young boy in Reading, Pennsylvania, to a brilliant researcher who, at the age of just twenty-two, co-authored a groundbreaking paper in the prestigious Proceedings of the National Academy of Science. The story highlights how Ebright’s childhood passion for collecting butterflies gradually transformed into a deep commitment to scientific research, eventually leading to important discoveries about cell biology and DNA.
Richard Ebright was an only child, and after his father’s death when he was in the third grade, his mother became his sole companion and greatest supporter. She encouraged his interests by buying him scientific equipment such as telescopes, microscopes, and cameras, and by taking him on educational trips. She also gave him a book called The Travels of Monarch X, which became a turning point in his life. The book described how monarch butterflies migrate to Central America and invited readers to help track them by tagging butterflies. This ignited Ebright’s serious interest in scientific inquiry. He began raising monarch butterflies, tagging them, and sending them to Dr. Frederick A. Urquhart for research.
As Ebright grew older, his experiments became more sophisticated. After losing at a county science fair in the seventh grade, he learned that real science involves conducting genuine experiments, not just making neat displays. From that point on, he pursued real experimental work. In the eighth grade, he investigated the cause of a viral disease that killed monarch caterpillars. He later studied why viceroy butterflies mimic monarchs and discovered that the twelve gold spots on a monarch pupa produce a hormone necessary for the butterfly’s full development. This discovery eventually led to his most significant contribution — a new theory on how cells read their DNA, which he published with his college roommate James R. Wong. Beyond science, Ebright was also a champion debater, a skilled photographer, a public speaker, and an avid canoeist. The chapter concludes by identifying the three key qualities that make a scientist: a first-rate mind, curiosity, and the will to win for the right reasons.
Think about it (NCERT Textbook Questions and Answers)
Q1. How did a book become a turning point in Richard Ebright’s life?
Answer: The book The Travels of Monarch X became a turning point in Richard Ebright’s life. His mother gave him this book when he had already collected all twenty-five species of butterflies found around his hometown and was losing interest in the hobby. The book described how monarch butterflies migrate to Central America and, more importantly, it invited readers to help track butterfly migrations by tagging them. This opened up the world of science to Ebright. He started raising monarchs, tagging them, and sending them to Dr. Frederick A. Urquhart for research. From that point on, his simple hobby of collecting butterflies turned into a lifelong passion for scientific research that eventually led to major discoveries about hormones and DNA.
Q2. How did his mother help him?
Answer: Richard Ebright’s mother played a crucial role in shaping him into a scientist. After his father’s death when Richard was in the third grade, she became his sole companion and devoted herself entirely to his development. She encouraged his childhood hobby of collecting things such as rocks, fossils, coins, and butterflies. She bought him scientific equipment including telescopes, microscopes, cameras, and other materials. She took him on trips and introduced him to learning activities. Every evening, she would spend time with him, working on projects and setting up intellectual challenges. Most significantly, she gave him the book The Travels of Monarch X, which ignited his scientific curiosity and set him on the path to becoming a scientist. Her constant support, encouragement, and companionship were instrumental in his success.
Q3. What lesson does Ebright learn when he does not win anything at a science fair?
Answer: When Richard Ebright entered a county science fair in the seventh grade, he displayed his butterfly collection along with slides and models. However, he did not win any prize. He later said, “It was really a sad feeling to sit there and not get anything while everybody else had won something.” This experience taught him an important lesson — that simply displaying a collection or making a neat presentation is not real science. He realized that to succeed in science, one needs to conduct actual experiments, make original observations, and present genuine findings. From that point on, he began doing real experiments, which eventually led to his significant scientific discoveries.
Q4. What experiments and projects does he then undertake?
Answer: After learning his lesson at the science fair, Ebright undertook several important experiments and projects. First, in the eighth grade, he tried to find the cause of a viral disease that killed nearly all the monarch caterpillars every few years. He thought the disease might be caused by a beetle, so he tried to grow caterpillars in the presence of beetles. Although he could not prove the exact cause, the project won him a prize at the county science fair. Next, he studied viceroy butterflies to test whether they deliberately mimic monarch butterflies for protection from birds. He also conducted experiments on the purpose of the twelve gold spots found on a monarch butterfly pupa. His research revealed that these gold spots produce a hormone necessary for the butterfly’s complete development. This discovery eventually led to his most groundbreaking work — a new theory on how cells read the DNA blueprint, which he co-authored with his college roommate James R. Wong and published in the Proceedings of the National Academy of Science.
Q5. What are the qualities that go into the making of a scientist?
Answer: According to the chapter, there are three essential qualities that go into the making of a scientist. The first quality is a first-rate mind — a sharp intellect that can observe, analyze, and understand complex phenomena. The second quality is curiosity — a genuine desire to explore, question, and discover new things about the world. The third quality is the will to win for the right reasons — not just wanting to defeat others, but striving to do one’s best and to achieve excellence for the sake of knowledge and truth. Richard Ebright possessed all three of these qualities, which helped him rise from a butterfly-collecting boy to a scientist who made groundbreaking contributions to cell biology and DNA research.
Talk about it (NCERT Textbook Questions and Answers)
Q1. How can one become a scientist, an economist, a historian…? Does it simply involve reading many books on the subject? Does it involve observing, thinking and doing experiments?
Answer: No, simply reading many books on a subject is not enough to become a scientist, an economist, or a historian. While reading provides the necessary theoretical foundation, true expertise requires much more than that. One must develop strong observation skills to notice patterns and details that others might miss. Critical thinking is essential — the ability to analyze information, question existing knowledge, and form new ideas. Practical experience through experiments, fieldwork, and hands-on research is equally important. As shown in the case of Richard Ebright, his transformation from a butterfly collector to a scientist happened not just because he read books, but because he actively experimented, observed, questioned, and persevered despite setbacks. Curiosity, dedication, and the willingness to learn from failure are key ingredients in becoming an expert in any field.
Q2. You must have read about cells and DNA in your science books. Discuss Richard Ebright’s work in the light of what you have studied. If you get an opportunity to work like Richard Ebright on projects and experiments, which field would you like to work on and why?
Answer: In our science textbooks, we learn that DNA (Deoxyribonucleic Acid) is the molecule that carries the genetic instructions for the development, functioning, and reproduction of all living organisms. It acts as a blueprint of life. Richard Ebright’s work was closely related to this concept. He discovered a hormone produced by the gold spots on monarch butterfly pupae, and this discovery led him to understand how cells read the DNA blueprint — essentially how cells interpret genetic instructions to carry out their functions. This was a major contribution to the field of molecular biology. If given an opportunity to work on experiments like Ebright, one could choose to work in the field of medical research, specifically studying genetic diseases. Understanding how DNA works and how mutations cause diseases like cancer could help develop better treatments and cures. Such research would directly benefit human health and could potentially save millions of lives.
Q3. Children everywhere wonder about the world around them. The questions they ask are the beginning of scientific inquiry. Given below are some questions that children in India have asked Professor Yash Pal and Dr Rahul Pal as reported in their book Discovered Questions.
(i) What is DNA fingerprinting? What are its uses?
Answer: DNA fingerprinting is a technique used to identify individuals based on their unique DNA patterns. Every person (except identical twins) has a unique DNA sequence. In DNA fingerprinting, a sample of DNA is extracted from blood, saliva, hair, or skin, and then analyzed to create a profile. Its uses include: identifying criminals in forensic investigations, establishing parentage in paternity disputes, identifying victims in disasters, and diagnosing genetic disorders.
(ii) How do honeybees identify their own honeycombs?
Answer: Honeybees identify their own honeycombs through a combination of chemical signals and memory. They produce special chemical substances called pheromones that serve as a unique scent marker for their hive. Each colony has a distinct chemical signature. Bees also have an excellent memory for the location and surroundings of their hive, using landmarks and the position of the sun to navigate back to their honeycomb.
(iii) Why does rain fall in drops?
Answer: Rain falls in drops because of the way water vapour condenses in the atmosphere. Tiny dust particles and other aerosols in the air act as condensation nuclei around which water vapour condenses to form tiny water droplets. These droplets merge together inside clouds, growing larger and heavier. When they become too heavy for the air currents to support them, they fall down as raindrops. Surface tension of water also plays a role in giving raindrops their characteristic rounded shape.
Additional Short Answer Questions
Q1. What was Richard Ebright’s rare achievement at the age of twenty-two?
Answer: At the age of twenty-two, Richard Ebright, along with his college roommate James R. Wong, co-authored a scientific paper explaining how cells work, which was published in the Proceedings of the National Academy of Science. This was a remarkable achievement because it was the first time that such a prestigious scientific journal had ever published the work of college students.
Q2. What hobbies did Ebright develop as a young child?
Answer: As a young child, Richard Ebright developed the hobby of collecting things. Beginning in kindergarten, he collected butterflies, rocks, fossils, and coins. He also had a keen interest in astronomy and stargazing. By the time he was in the second grade, he had already collected all twenty-five species of butterflies found in his hometown area near Reading, Pennsylvania.
Q3. Why did Ebright lose interest in tagging butterflies?
Answer: Ebright lost interest in tagging butterflies because the work was tedious and provided very little feedback. Despite all his efforts over an extended period, he could recapture only two tagged butterflies, and they were found not more than seventy-five miles from where he had released them. This was disappointing and did not provide meaningful data about butterfly migration.
Q4. What book changed Ebright’s life and how?
Answer: The book The Travels of Monarch X changed Ebright’s life. His mother gave him this book when he was losing interest in his butterfly collection. The book described the migration of monarch butterflies to Central America and invited readers to participate in tracking them by tagging butterflies. This book opened up the world of science to Ebright and transformed his simple hobby into a serious scientific pursuit.
Q5. How did Ebright’s first science fair experience help him grow as a scientist?
Answer: When Ebright entered a county science fair in the seventh grade with his butterfly collection, he did not win any prize. While other participants had won something, he sat there empty-handed. This experience made him realize that winners had conducted real experiments rather than just displaying neat collections. It was a valuable lesson that pushed him to conduct genuine experiments from then on, which ultimately shaped his career as a scientist.
Q6. What was Ebright’s project in the eighth grade?
Answer: In the eighth grade, Ebright investigated the cause of a viral disease that killed nearly all the monarch caterpillars every few years. He thought the disease might be spread by a type of beetle. To test his theory, he tried to grow caterpillars in the presence of beetles. Although he could not prove that the beetles were the carriers, the project earned him first prize at the county science fair.
Q7. What did Ebright discover about the twelve gold spots on a monarch pupa?
Answer: Ebright discovered that the twelve gold spots on a monarch butterfly pupa are not merely decorative, as was previously believed by scientists. Through his experiments, he found that these gold spots produce a hormone that is necessary for the full development of the butterfly. Without this hormone, the butterfly’s growth would be incomplete. This was a significant scientific discovery.
Q8. Why do viceroy butterflies mimic monarch butterflies?
Answer: Viceroy butterflies mimic monarch butterflies as a survival strategy. Monarch butterflies taste bad to birds, so birds avoid eating them. Viceroy butterflies, on the other hand, taste good to birds. By looking very similar to monarchs in colour and pattern, viceroys trick birds into thinking they are monarchs and thus avoid being eaten. The more a viceroy looks like a monarch, the less likely it is to become a bird’s prey.
Q9. Who was Dr. Frederick A. Urquhart? What role did he play in Ebright’s life?
Answer: Dr. Frederick A. Urquhart was a scientist at the University of Toronto who studied monarch butterfly migration. After reading The Travels of Monarch X, Ebright wrote to Dr. Urquhart for guidance. Dr. Urquhart responded and suggested experiments that Ebright could undertake. He became a mentor to Ebright, guiding his research throughout his school years. Dr. Urquhart’s suggestions and encouragement played a vital role in developing Ebright’s scientific temperament and directing his research towards meaningful experiments.
Q10. What other interests did Ebright have besides science?
Answer: Besides science, Richard Ebright had many other interests and talents. He was an excellent debater and a skilled public speaker who was a member of his school’s debate team. He was an expert photographer, especially of scientific subjects. He was also a good canoeist and loved outdoor activities. He participated in model United Nations competitions and was an all-rounder who excelled in various fields.
Q11. What did Richard Ebright’s social science teacher, Mr. Weiherer, say about him?
Answer: Richard Ebright’s social science teacher, Mr. Weiherer, praised him highly. He described Ebright as a person with a brilliant mind, genuine curiosity, and a strong competitive spirit. However, Mr. Weiherer pointed out that Ebright’s drive to win was not about defeating others but about doing his best and achieving excellence. He said that Ebright was the kind of student who wanted to improve himself and do his personal best in everything he undertook.
Q12. How did Ebright’s childhood hobby of collecting butterflies lead to his major scientific discoveries?
Answer: Ebright’s childhood hobby of collecting butterflies set the foundation for his entire scientific career. His interest in butterflies led his mother to give him the book The Travels of Monarch X, which introduced him to butterfly migration research. This led to tagging butterflies, then to real experiments on butterfly diseases, mimicry in viceroy butterflies, and finally to the discovery of a hormone produced by gold spots on monarch pupae. This hormone discovery eventually led to his groundbreaking theory on how cells read their DNA. Thus, a simple childhood hobby ultimately resulted in a major contribution to science.
Q13. What role did failure play in Ebright’s scientific journey?
Answer: Failure played a very important role in Ebright’s scientific journey. When he did not win anything at the county science fair in the seventh grade, he did not give up. Instead, he learned from the experience that real science is about conducting experiments and making genuine discoveries, not about making neat displays. This failure motivated him to work harder and pursue real experimental research. From that point on, every project he undertook involved genuine scientific inquiry, and he went on to win many prizes at local, regional, state, and international science fairs.
Q14. Why was Ebright’s discovery about cells reading DNA considered significant?
Answer: Ebright’s discovery about how cells read DNA was considered significant because it provided a new understanding of the fundamental process of life. DNA contains the blueprint for all living organisms, and understanding how cells interpret this blueprint is crucial for biology and medicine. If this theory is proved correct, it could be a big step towards understanding diseases like cancer and other conditions caused by errors in cell function. It could also open up new possibilities for treating genetic disorders.
Q15. Why was the publication of Ebright’s paper in the Proceedings of the National Academy of Science considered remarkable?
Answer: The publication of Ebright’s paper in the Proceedings of the National Academy of Science was considered remarkable because it was the first time that this highly prestigious scientific journal had ever published the work of college students. Ebright was only twenty-two years old when his paper, co-authored with his college roommate James R. Wong, was published. The paper presented a new theory on how cells work and read their DNA blueprint. For someone so young to have his work accepted by such a respected scientific publication was an unprecedented achievement.
Q16. What was Richard Ebright’s background? Where did he grow up?
Answer: Richard H. Ebright grew up in the town of Reading, Pennsylvania, in the United States. He was an only child. His father passed away when Richard was in the third grade, and after that, his mother raised him single-handedly. Since there were not many other children around his home, he spent much of his time alone, which led him to develop the hobby of collecting things — rocks, fossils, coins, and butterflies. This quiet, somewhat isolated childhood played an important role in nurturing his curiosity and his inclination towards scientific observation.
Long Answer Questions
Q1. Describe the role of Ebright’s mother in shaping him into a scientist. How important is parental support in a child’s development?
Answer: Richard Ebright’s mother played a pivotal role in shaping him into a scientist. After his father’s death when Richard was in the third grade, she became his sole companion and devoted herself entirely to his development. She recognized his intellectual curiosity and did everything she could to nurture it.
She encouraged his hobby of collecting things — rocks, fossils, coins, and butterflies. She purchased scientific equipment for him, including telescopes, microscopes, cameras, and butterfly-mounting materials. She took him on educational trips and spent her evenings working with him on learning activities. She would set up intellectual challenges for him, constantly stimulating his mind. Most importantly, she gave him the book The Travels of Monarch X, which transformed his casual interest in butterflies into a serious scientific pursuit.
Her support was not just material but also emotional. She was his constant companion, friend, and cheerleader. She helped him write to Dr. Urquhart for guidance and encouraged him to persevere even when experiments did not yield expected results. Without her unwavering support, Ebright might never have discovered his passion for science. This story clearly demonstrates that parental support is crucial in a child’s development. When parents take an active interest in their children’s hobbies and intellectual growth, provide them with the right resources, and encourage them to explore their curiosity, children can achieve extraordinary things.
Q2. Trace Richard Ebright’s journey from a butterfly collector to a scientist. What were the key milestones in his scientific career?
Answer: Richard Ebright’s journey from a butterfly collector to a scientist was a gradual process marked by several key milestones.
It began in kindergarten when he started collecting butterflies along with rocks, fossils, and coins. By the second grade, he had collected all twenty-five species of butterflies found around his hometown. When his collection was complete and he started losing interest, his mother gave him the book The Travels of Monarch X, which was the first major turning point. The book introduced him to the concept of butterfly migration and invited readers to participate in research by tagging butterflies.
Ebright then began raising monarch butterflies and tagging them for Dr. Urquhart’s research. However, the tagging work proved tedious with little feedback. The second turning point came in the seventh grade when he failed to win anything at a county science fair. This taught him that real science requires genuine experiments, not just neat displays. From that point on, he committed himself to conducting real experiments.
In the eighth grade, he investigated the cause of viral disease in monarch caterpillars and won his first science fair prize. He then studied the mimicry of viceroy butterflies. His most significant research milestone was discovering that the twelve gold spots on a monarch pupa produce a hormone essential for the butterfly’s development. This discovery led to his groundbreaking theory about how cells read their DNA blueprint, which he published at the age of twenty-two with his roommate James R. Wong in the Proceedings of the National Academy of Science. Each milestone built upon the previous one, showing how sustained curiosity and effort can lead to extraordinary scientific achievements.
Q3. “Richard Ebright was not just a scientist but an all-rounder.” Discuss this statement with reference to the chapter.
Answer: The chapter “The Making of a Scientist” clearly portrays Richard Ebright as an all-rounder — someone who excelled not only in science but in many other areas of life.
As a scientist, Ebright’s achievements were exceptional. He made significant discoveries about butterfly biology, insect hormones, and cell function. His research paper on how cells read DNA, published in the Proceedings of the National Academy of Science at the age of twenty-two, was a groundbreaking achievement that no college student had accomplished before.
Beyond science, Ebright was a champion debater and a skilled public speaker. He was a member of his school’s debate team and participated in model United Nations events. He was an expert photographer, particularly of scientific subjects. He was a good canoeist who loved outdoor activities and nature. He was also recognized as a strong competitor who wanted to do his best in everything he undertook.
His social science teacher, Mr. Weiherer, described him as someone with a brilliant mind and genuine curiosity, whose competitive spirit was driven by a desire for self-improvement rather than a need to defeat others. This well-rounded personality — combining scientific brilliance with communication skills, artistic talent, physical abilities, and a strong character — makes Richard Ebright an inspiring example of what it means to be a true all-rounder. His story teaches us that being successful does not mean excelling in only one area; rather, it means developing oneself in multiple dimensions.
Q4. Discuss the importance of Dr. Urquhart’s mentorship in Ebright’s scientific development. How do mentors influence a student’s career?
Answer: Dr. Frederick A. Urquhart’s mentorship was a crucial factor in Richard Ebright’s scientific development. After reading The Travels of Monarch X, Ebright wrote to Dr. Urquhart at the University of Toronto seeking guidance. Dr. Urquhart responded positively and suggested experiments that Ebright could undertake. This correspondence and mentorship continued throughout Ebright’s school years and played a vital role in directing his research efforts.
When Ebright’s initial tagging work proved tedious and unproductive, it was Dr. Urquhart’s guidance that helped him move towards more meaningful experiments. The suggested experiments kept Ebright engaged in scientific research during his formative years, preventing him from losing interest. Dr. Urquhart helped Ebright understand what real scientific inquiry involves — asking the right questions, designing proper experiments, and working systematically towards answers.
This mentorship illustrates the profound influence that mentors can have on a student’s career. A good mentor provides direction, encouragement, and expert guidance that a student may not be able to find on their own. Mentors help students avoid common pitfalls, channel their energy productively, and develop a professional approach to their work. In Ebright’s case, without Dr. Urquhart’s guidance, his interest in butterflies might have faded away, and the world might have lost a brilliant scientist. This shows that every aspiring student benefits greatly from having a knowledgeable and supportive mentor who can guide their intellectual growth.
Q5. What are the essential qualities required to become a successful scientist? Explain with reference to Richard Ebright’s life.
Answer: The chapter “The Making of a Scientist” identifies three essential qualities required to become a successful scientist, and Richard Ebright’s life provides perfect examples of each.
The first quality is a first-rate mind. Ebright had a sharp and analytical intellect. He could observe things carefully, analyze data, and draw meaningful conclusions. His ability to connect the gold spots on a monarch pupa to the production of a hormone, and then to link that discovery to how cells read DNA, demonstrates exceptional intellectual ability. He could see patterns and relationships that others might miss.
The second quality is curiosity. From childhood, Ebright was curious about the natural world. He wanted to know why butterflies migrated, what caused viral diseases in caterpillars, why viceroy butterflies looked like monarchs, and what purpose the gold spots served. This constant questioning and desire to understand drove all his research. Without curiosity, he would have remained a mere butterfly collector.
The third quality is the will to win for the right reasons. Ebright was competitive, but his competition was with himself. He did not want to beat others; he wanted to do his personal best. His teacher Mr. Weiherer noted that Ebright’s drive was about self-improvement and excellence, not about defeating competitors. This healthy attitude towards competition kept him motivated and focused on the quality of his work rather than on superficial recognition.
Additionally, Ebright’s life shows that qualities like perseverance, hard work, and the ability to learn from failure are also important. His science fair loss in the seventh grade could have discouraged him, but instead it became a turning point that made him a better scientist.
Q6. How did the discovery of the twelve gold spots on monarch pupae lead to Ebright’s most significant scientific contribution?
Answer: The discovery of the function of the twelve gold spots on monarch butterfly pupae was the foundation for Ebright’s most significant scientific contribution — his theory on how cells read their DNA.
Scientists had long known about the twelve gold spots on the chrysalis (pupa) of a monarch butterfly, but nobody had investigated their purpose. Most scientists assumed they were merely decorative. Ebright, driven by curiosity, decided to find out what these spots actually did. Through careful experimentation, he discovered that these gold spots produce a hormone that is essential for the full development of the butterfly. Without this hormone, the butterfly could not develop properly.
This discovery was significant in itself, but Ebright did not stop there. He continued to study the hormone and its role in the butterfly’s development. His further research led him to understand how this hormone interacts with the cells to control their development. This understanding eventually led to a much bigger question — how do cells in any organism read the DNA blueprint that tells them what to become and how to function?
Working with his college roommate James R. Wong, Ebright developed a new theory explaining the mechanism by which cells read DNA. They worked all night drawing pictures and constructing models of molecules to illustrate their theory. Their findings were published in the Proceedings of the National Academy of Science — a remarkable achievement for college students. If their theory proves correct, it would represent a major step forward in understanding the fundamental processes of life and could have far-reaching implications for medicine and biology.
Q7. “Failure is the stepping stone to success.” Discuss this statement in the context of Richard Ebright’s life.
Answer: The saying “Failure is the stepping stone to success” is perfectly illustrated in the life of Richard Ebright. His journey to becoming a renowned scientist was not without setbacks, and it was his response to these failures that ultimately shaped his success.
The most notable failure in Ebright’s early scientific career was his loss at the county science fair in the seventh grade. He had entered the fair with his butterfly collection, along with slides and models, expecting to do well. However, he did not win any prize while everyone else around him had won something. He described it as “a really sad feeling.” However, instead of giving up or becoming discouraged, Ebright analyzed why he had failed. He realized that simply making a neat display was not enough — real science requires conducting experiments and making original discoveries.
This failure became a turning point in his scientific career. From that day forward, he committed himself to doing real experiments. He investigated viral diseases in caterpillars, studied butterfly mimicry, discovered the function of gold spots on monarch pupae, and eventually developed a groundbreaking theory about how cells read DNA. None of these achievements would have happened if Ebright had not experienced and learned from his initial failure.
Similarly, his early butterfly tagging work was also a kind of failure — it was tedious and produced very little useful data. But this experience too pushed him towards more meaningful research. Ebright’s story teaches us that failures are not the end of the road; rather, they are opportunities to learn, grow, and redirect our efforts towards greater achievements.
Q8. Compare and contrast the roles of Ebright’s mother and Dr. Urquhart in his development as a scientist.
Answer: Both Ebright’s mother and Dr. Urquhart played important but distinctly different roles in his development as a scientist.
Ebright’s mother was his primary source of emotional support and encouragement. She was his constant companion, especially after his father’s death. Her role was broad and foundational — she nurtured his general curiosity, bought him scientific equipment, took him on educational trips, spent evenings working with him on learning activities, and most importantly, gave him the book The Travels of Monarch X that sparked his interest in scientific research. She provided the environment, resources, and motivation that allowed his natural curiosity to flourish. Her support was personal, emotional, and all-encompassing.
Dr. Urquhart’s role, on the other hand, was more specific and professional. He served as a scientific mentor who provided expert guidance and direction. When Ebright wrote to him, Dr. Urquhart suggested specific experiments that the young student could undertake. He helped channel Ebright’s enthusiasm into productive scientific research. His mentorship was based on professional knowledge and experience in the field of entomology and butterfly migration research.
In essence, Ebright’s mother created the fertile ground where his scientific curiosity could grow, while Dr. Urquhart helped shape and direct that curiosity towards meaningful research. The mother provided the roots — emotional support, resources, and motivation — while the mentor provided the direction — specific projects, research methodology, and scientific guidance. Together, they created the perfect combination of support that enabled Ebright to develop from a curious child into a groundbreaking scientist. Their complementary roles show that both parental support and expert mentorship are essential for nurturing young talent.
Q9. Write a character sketch of Richard Ebright based on the chapter “The Making of a Scientist.”
Answer: Richard H. Ebright, as depicted in Robert W. Peterson’s “The Making of a Scientist,” is a remarkable individual whose character combines intellectual brilliance with personal humility and a wide range of talents.
From childhood, Ebright displayed an insatiable curiosity about the natural world. As an only child growing up in Reading, Pennsylvania, he channelled his energy into collecting rocks, fossils, coins, and butterflies. He was a self-motivated learner who did not need external pressure to pursue his interests. His curiosity was genuine and deep — he did not just want to collect things, he wanted to understand them.
Ebright was also resilient and capable of learning from failure. When he lost at the county science fair in the seventh grade, he did not become discouraged. Instead, he analyzed his failure, understood what real science requires, and redirected his efforts towards genuine experimentation. This shows maturity and strength of character.
His competitive spirit was healthy and constructive. As his teacher Mr. Weiherer noted, Ebright’s drive to win was not about defeating others but about doing his personal best. He competed with himself, always striving for excellence. This positive approach to competition helped him stay focused on the quality of his work rather than on superficial recognition.
Beyond science, Ebright was a true all-rounder — a champion debater, public speaker, expert photographer, and skilled canoeist. He was someone who threw himself wholeheartedly into everything he did. His well-rounded personality, combined with his intellectual brilliance, curiosity, and ethical approach to competition, makes him an inspiring role model for students everywhere.
Multiple Choice Questions (MCQs)
Q1. Who is the author of the chapter “The Making of a Scientist”?
(a) Richard Ebright
(b) Robert W. Peterson
(c) Frederick Urquhart
(d) James R. Wong
Answer: (b) Robert W. Peterson
Q2. What did Richard Ebright collect as a child?
(a) Coins and rocks
(b) Butterflies
(c) Fossils
(d) All of the above
Answer: (d) All of the above
Q3. How many species of butterflies had Ebright collected by the second grade?
(a) 15
(b) 20
(c) 25
(d) 30
Answer: (c) 25
Q4. Which book became a turning point in Ebright’s life?
(a) The Travels of Viceroy X
(b) The Travels of Monarch X
(c) The Life of Butterflies
(d) The Butterfly Migration
Answer: (b) The Travels of Monarch X
Q5. In which grade did Ebright fail to win anything at a science fair?
(a) Fifth grade
(b) Sixth grade
(c) Seventh grade
(d) Eighth grade
Answer: (c) Seventh grade
Q6. Who was Dr. Frederick A. Urquhart?
(a) Ebright’s school teacher
(b) A scientist who studied monarch butterfly migration
(c) Ebright’s college roommate
(d) The author of the chapter
Answer: (b) A scientist who studied monarch butterfly migration
Q7. How many gold spots are found on a monarch butterfly pupa?
(a) 8
(b) 10
(c) 12
(d) 14
Answer: (c) 12
Q8. What did Ebright discover the gold spots on a monarch pupa produce?
(a) Pigments
(b) A hormone
(c) Enzymes
(d) Proteins
Answer: (b) A hormone
Q9. Who was Ebright’s college roommate who co-authored his paper?
(a) James R. Wong
(b) Mr. Weiherer
(c) Dr. Urquhart
(d) Robert W. Peterson
Answer: (a) James R. Wong
Q10. In which journal was Ebright’s paper published?
(a) Nature
(b) Science Magazine
(c) Proceedings of the National Academy of Science
(d) The Lancet
Answer: (c) Proceedings of the National Academy of Science
Q11. Why do viceroy butterflies mimic monarch butterflies?
(a) To attract mates
(b) To migrate together
(c) To avoid being eaten by birds
(d) To compete for food
Answer: (c) To avoid being eaten by birds
Q12. Which of the following is NOT one of the three qualities that make a scientist, as mentioned in the chapter?
(a) A first-rate mind
(b) Curiosity
(c) Wealth
(d) The will to win for the right reasons
Answer: (c) Wealth
Q13. Where did Richard Ebright grow up?
(a) New York
(b) Reading, Pennsylvania
(c) Central America
(d) Toronto, Canada
Answer: (b) Reading, Pennsylvania
Q14. When did Ebright’s father die?
(a) When Ebright was in kindergarten
(b) When Ebright was in the second grade
(c) When Ebright was in the third grade
(d) When Ebright was in the fifth grade
Answer: (c) When Ebright was in the third grade
Q15. What was Ebright’s eighth-grade science project about?
(a) Butterfly migration
(b) The cause of a viral disease in monarch caterpillars
(c) How cells read DNA
(d) Gold spots on pupae
Answer: (b) The cause of a viral disease in monarch caterpillars
Extract-Based Questions
Extract 1:
“At the age of twenty-two, a former ‘collector of all kinds of things’ was exciting the scientific world with a new theory of how cells work. Richard H. Ebright and his college room-mate, James R. Wong, explained process in an article in the Proceedings of the National Academy of Science.”
(a) What was Richard Ebright’s achievement at the age of twenty-two?
Answer: At the age of twenty-two, Richard Ebright, along with his college roommate James R. Wong, published a paper in the Proceedings of the National Academy of Science presenting a new theory on how cells work. This was the first time this prestigious journal had ever published the work of college students.
(b) Why was this achievement considered remarkable?
Answer: This achievement was remarkable because the Proceedings of the National Academy of Science is one of the most respected scientific journals in the world, and it had never before published a paper authored by college students. For someone as young as twenty-two to contribute a new theory on cell function was unprecedented.
(c) What does the phrase “collector of all kinds of things” tell us about Ebright?
Answer: The phrase “collector of all kinds of things” tells us that Ebright was a curious and inquisitive person from childhood. He had a wide range of interests and collected rocks, fossils, coins, and butterflies. This collecting habit reflected his natural curiosity about the world around him, which eventually led him to scientific research.
(d) Who was James R. Wong?
Answer: James R. Wong was Richard Ebright’s college roommate. He collaborated with Ebright on the research about how cells read their DNA blueprint. Together, they worked through the night, drawing pictures and building models of molecules to explain their theory, and co-authored the paper published in the Proceedings of the National Academy of Science.
Extract 2:
“Beginning in kindergarten, Ebright collected butterflies with the same determination that marked all his activities. He also collected rocks, fossils, and coins. He became an eager astronomer, too, and the neighbourhood ones who shared his enthusiasm of stars and astronomy.”
(a) What things did Ebright collect as a child?
Answer: As a child, Ebright collected butterflies, rocks, fossils, and coins. He began collecting from kindergarten onwards, displaying the same determination in this hobby that characterized everything he did.
(b) What does the word “determination” suggest about Ebright’s character?
Answer: The word “determination” suggests that Ebright was a focused and persistent person. He approached his hobbies and interests with seriousness and dedication, never doing things half-heartedly. This quality of determination later helped him succeed in his scientific research.
(c) What other interest did Ebright develop besides collecting things?
Answer: Besides collecting things, Ebright developed a keen interest in astronomy. He became an eager astronomer who loved stargazing. This shows that his curiosity was not limited to one area — he was interested in exploring and understanding different aspects of the natural world.
(d) Why did Ebright start collecting things?
Answer: Ebright started collecting things because he was an only child and there were not many other children around his home in the town of Reading, Pennsylvania. With limited opportunities for social interaction, collecting became an engaging solo activity that kept him occupied and satisfied his natural curiosity about the world.
Extract 3:
“‘Richie was my whole life after his father died,’ his mother said. She encouraged his interest in learning. She took him on trips, bought him telescopes, microscopes, cameras, mounting materials, and other things he needed for his projects.’”
(a) When did Ebright’s father die?
Answer: Ebright’s father died when Richard was in the third grade. After that, his mother became his sole companion and dedicated herself entirely to his upbringing and development.
(b) What does the phrase “Richie was my whole life” reveal about his mother?
Answer: The phrase “Richie was my whole life” reveals the deep devotion, dedication, and love of Ebright’s mother. After her husband’s death, she made her son the centre of her world. She put all her energy and resources into nurturing his growth and supporting his interests, showing the kind of selfless parental love that can shape a child’s future.
(c) How did Ebright’s mother encourage his interest in learning?
Answer: Ebright’s mother encouraged his interest in learning by taking him on educational trips, buying him scientific equipment like telescopes, microscopes, and cameras, providing him with mounting materials and other supplies for his projects, and spending evenings working with him on learning activities. She also gave him the book The Travels of Monarch X, which changed the direction of his life.
(d) What qualities of Ebright’s mother are highlighted in this extract?
Answer: The extract highlights several admirable qualities of Ebright’s mother: her deep devotion to her son, her selflessness in making him the centre of her world, her wisdom in recognizing and nurturing his curiosity, her resourcefulness in providing him with the tools and experiences he needed, and her active involvement in his intellectual development. She was not a passive parent but an active partner in her son’s journey of discovery.
Extract 4:
“It was really a sad feeling to sit there and not get anything while everybody else had won something. I was really disappointed.”
(a) Who is the speaker of these lines and on what occasion?
Answer: The speaker is Richard Ebright. He is referring to the county science fair he attended in the seventh grade, where he displayed his butterfly collection along with slides and models but did not win any prize.
(b) Why did the speaker not win anything at the science fair?
Answer: The speaker did not win anything because his entry was merely a neat display of his butterfly collection, slides, and models. It did not involve any real experiment or original research. The other winners had conducted actual experiments and presented genuine scientific findings, which Ebright had not done.
(c) What lesson did the speaker learn from this experience?
Answer: The speaker learned that real science is not about making neat displays or showing off collections. It requires conducting genuine experiments, making original observations, and presenting real findings. This lesson became a turning point in his life, as from that day onwards he committed himself to doing real scientific experiments.
(d) How did this experience change the course of his life?
Answer: This experience changed the course of Ebright’s life by pushing him from being a mere collector to becoming a genuine scientist. After this failure, he started conducting real experiments — first on viral diseases in caterpillars, then on butterfly mimicry, and finally on the function of gold spots on monarch pupae. These experiments eventually led to his groundbreaking discovery about how cells read DNA. Thus, his failure at the science fair became the stepping stone to his success as a scientist.
Extract 5:
“If the theory proves correct, it will be a big step towards understanding the processes of life. It might also lead to new ideas for preventing some types of cancer and other diseases.”
(a) Which theory is being referred to in this extract?
Answer: The extract refers to the theory about how cells read their DNA blueprint, proposed by Richard Ebright and his college roommate James R. Wong. This theory was published in the Proceedings of the National Academy of Science.
(b) Who proposed this theory?
Answer: This theory was proposed by Richard H. Ebright and his college roommate James R. Wong. They worked together to develop and explain this theory, which they presented in a paper published in a prestigious scientific journal.
(c) How could this theory be significant for medicine?
Answer: This theory could be significant for medicine because understanding how cells read DNA could lead to new insights into diseases that result from errors in cell function, such as cancer. If scientists understand the process by which cells interpret genetic information, they might be able to develop new methods for preventing or treating such diseases.
(d) What is meant by “processes of life” in this context?
Answer: “Processes of life” in this context refers to the fundamental biological mechanisms by which cells function, grow, divide, and develop. It includes how cells read the genetic instructions encoded in DNA and carry out the functions necessary for an organism to live, grow, and reproduce. Understanding these processes is essential for understanding life itself at the molecular level.
Value-Based Questions
Q1. Richard Ebright’s mother dedicated her life to nurturing her son’s talent. What values can we learn from her about parenting and supporting children’s dreams?
Answer: Richard Ebright’s mother exemplifies several important values that all parents can learn from.
First, she demonstrated selfless dedication. After her husband’s death, she could have been consumed by her own grief, but instead she channelled all her energy into supporting her son’s growth. She said, “Richie was my whole life,” showing how completely she devoted herself to his development.
Second, she showed the value of active involvement. She did not just buy things for her son and leave him alone. She spent evenings working with him, took him on trips, and set up intellectual challenges for him. She was an active participant in his learning process, not a passive observer.
Third, she understood the importance of providing the right resources at the right time. When she saw that Richard was losing interest in his butterfly collection, she gave him The Travels of Monarch X — a book that reignited his passion and redirected it towards science. She also invested in telescopes, microscopes, and cameras that helped him pursue his interests seriously.
Fourth, she valued encouragement over pressure. She encouraged Richard’s curiosity and interests without forcing him into any particular direction. She allowed him to explore freely while providing the support he needed.
Her example teaches us that children’s talents need to be recognized, nurtured, and supported. Parents who take an active interest in their children’s passions and provide them with the tools and encouragement they need can make a profound difference in their children’s lives.
Q2. Ebright’s teacher, Mr. Weiherer, said that Ebright’s will to win was not about defeating others but about doing his best. What values does this reflect, and how can students apply this attitude in their own lives?
Answer: Mr. Weiherer’s observation about Ebright’s will to win reflects several important values that students can apply in their own lives.
First, it reflects the value of healthy competition. In today’s highly competitive world, many students focus on beating others rather than improving themselves. Ebright’s approach shows that true success comes from competing with yourself — constantly striving to do better than your previous best. This is a much more sustainable and fulfilling approach to achievement than constantly comparing yourself to others.
Second, it reflects the value of intrinsic motivation. Ebright was not motivated by external rewards like prizes or recognition. He was driven by a genuine desire to learn, discover, and understand. Students who develop intrinsic motivation find learning enjoyable and meaningful, rather than viewing it as a burden or a means to an end.
Third, it reflects the value of personal excellence. Ebright did not settle for mediocrity in any area of his life. Whether it was science, debating, photography, or canoeing, he always gave his best effort. Students can apply this by setting high personal standards and striving to excel in everything they do, not just in examinations.
Fourth, it reflects the value of integrity. Winning “for the right reasons” means achieving success through honest effort, genuine talent, and hard work, rather than through shortcuts or unfair means. Students should value the process of learning as much as the outcome.
By adopting Ebright’s attitude, students can transform their approach to education and life — focusing on self-improvement, finding joy in learning, maintaining integrity, and striving for all-round excellence rather than just academic marks.
Q3. The chapter shows how a simple hobby like collecting butterflies can lead to great scientific discoveries. What values does this teach us about the importance of hobbies and curiosity in our lives?
Answer: The story of Richard Ebright teaches us several valuable lessons about the importance of hobbies and curiosity.
First, it teaches us to never underestimate the power of hobbies. What started as a simple childhood hobby of collecting butterflies eventually led Ebright to discover a new hormone and develop a theory about how cells read DNA. This shows that hobbies are not just pastimes — they can be the seeds of future achievements. Every student should be encouraged to pursue their hobbies seriously, as these interests can lead to unexpected and significant outcomes.
Second, it highlights the value of curiosity. Ebright did not just collect butterflies for display; he wanted to understand them. He asked questions — why do they migrate? What causes diseases in caterpillars? Why do viceroys look like monarchs? What do the gold spots do? Each question led to deeper inquiry and bigger discoveries. Curiosity is the engine that drives all learning and innovation.
Third, it teaches us about persistence and patience. Ebright’s journey from collecting butterflies to publishing a scientific paper took many years. He did not achieve success overnight. He faced setbacks, conducted tedious work, and experienced failure. But he kept going because he was genuinely interested in what he was doing. This teaches students that meaningful achievements require time, patience, and sustained effort.
Finally, it shows us the value of following our passions. Ebright did not become a scientist because someone forced him to study science. He became one because he followed his natural curiosity and passion. When we pursue what genuinely interests us, we are more likely to work hard, persevere through difficulties, and ultimately achieve something meaningful. Students should be encouraged to discover and follow their passions, as these are often the paths to their greatest contributions.