Question

A student is writing a report on mathematician Katherine Johnson. The student has found a source. Read the paragraph from the source.

Katherine Johnson was a trailblazing mathematician whose remarkable achievements and contributions changed the course of space exploration forever. Her passion for
mathematics and science began at a young age, and she excelled academically, skipping several grades and enrolling in college courses at just 13 years old. After earning her
doctorate, she joined the West Area Computing group at the National Advisory Committee for Aeronautics where she worked alongside other brilliant black women known as
"human computers." Her exceptional skills in mathematics and navigation were instrumental in crucial space missions such as John Glenn's orbit around Earth and the Apollo
moon landing. Her groundbreaking work and dedication to science have earned her numerous awards and accolades, including the Presidential Medal of Freedom and a featured
role in the inspiring film Hidden Figures. Katherine Johnson's legacy continues to inspire generations of aspiring mathematicians and scientists.
Which question would best broaden the focus of the student's report?

O What issues did Katherine Johnson encounter by enrolling in college at such a young age?
O How have women like Katherine Johnson impacted innovations in modern aeronautic science?
O What was the purpose of the Apollo moon landing mission?
O Why were "human computers" used in the aeronautics programs at this time?

Answer 1

The question on how women like Katherine Johnson have impacted innovations in modern aeronautic science best broadens the report's scope by exploring the wider context of female contributions to space exploration and the advancement of aerospace technology.

Step-by-step explanation:

The question that would best broaden the focus of the student's report on mathematician Katherine Johnson is: How have women like Katherine Johnson impacted innovations in modern aeronautic science? This question allows the student to explore the wider context of Johnson's work and her contributions to space exploration. It encourages investigation into the role of female mathematicians, engineers, and scientists in advancing the field of aerospace technology. This examination can extend to other notable figures such as astronaut Mae Carol Jemison, and the collective impact of their groundbreaking work. Additionally, it also opens a discussion around the challenges and triumphs of women in the traditionally male-dominated field of aeronautics and how they have shaped the industry.