공통영어2 능률 민병천 2과 변형문제

Criminals never leave a crime scene without leaving behind traces ____ their presence.

The traces might be tiny, like hairs, or more obvious, such ____ soil from their shoes.

So detectives carefully ____ all the possible evidence.

Scientists ____ analyze everything and find some clues.

The clues are used to find the ____ who committed the crime.

This process is called forensic ____

____ has evolved thanks to the contributions of many researchers.

One of the most important people in the development of ____ forensic science was Frances Glessner Lee.

Frances Glessner Lee was born into a rich family in ____ in 1878.

She ____ interested in medicine at a young age.

Her dream was to attend Harvard Medical ____ but, at that time, the school did not accept women.

She had no choice but to get ____

It was not until she ____ in her fifties that Lee was able to start a career in medicine.

Lee heard many interesting stories of real-life crime from her friend, ____ Burgess Magrath.

He was a ____ examiner who wanted to change the investigation system.

This was because, at that time, ____ with no medical knowledge investigated and closed many death cases without examining the bodies.

He also had a passion for educating medical students ____ legal medicine.

Magrath’s passion sparked Lee’s ____ in legal medicine.

Lee started studying legal medicine by reading books and speaking ____ experts.

She believed that medical examiner systems would be adopted more ____ across the country.

Furthermore, ____ wanted to see more young medical students trained in legal medicine.

She decided to devote the rest of ____ life to developing this field.

In 1931, she persuaded Harvard University to use her fortune to make ____ new branch of study: legal medicine.

She also helped set up a library with rare books ____ documents.

She thought laws had to be changed so ____ medical examiners had independent power.

Public support was needed to change laws, so she used the World’s Fair held from 1939 to 1940 to ____ the public about the modern medical examiner system.

She also ____ the governor with the chairman of the Department of Legal Medicine at Harvard.

They talked about the importance of ____ medicine.

Thanks to Lee’s efforts, the ____ Medicine department at Harvard began to train future medical examiners in 1940.

However, detectives were not careful ____ potential evidence.

By ____ and stepping on things, they often destroyed clues without realizing it.

Due to this ____ analyzing the clues later was impossible.

Lee thought ____ also had to learn how to observe crime scenes from a medical point of view.

____ order to educate detectives effectively, Lee came up with a creative tool.

Her idea came ____ her hobby: creating miniatures.

____ started creating miniatures of crime scenes that were highly detailed and accurate.

Based on real ____ cases, they included details like blood stains.

Lee did not miss even the smallest ____ such as a small lamp or a label on a jar.

She wanted to train ____ to notice tiny clues.

She created ____ twenty miniature scenes during the 1940s and 1950s.

In 1945, she held ____ week-long seminar and gave her first lecture using her miniature crime scenes.

While reading case files, the detectives studied the details of the ____ scenes.

They looked for clues in order to determine if the scene in the miniature resulted from an accident or ____ violent crime.

The detectives learned to notice tiny details and to observe a ____ without destroying any evidence.

By developing their observation skills, they ____ able to improve their ability to solve crime cases.

Lee’s training process ____ successful.

By 1949, the annual seminar was ____ attended by detectives not only from the US but also from Canada.

____ agents and military staff also attended the seminar.

Lee died in ____ after a career of more than thirty years.

Although she had struggled to enter the field, her contributions ____ forensic science were significant.

It is no wonder that she ____ called the “mother of forensic science.”