TOEFL Experts Reading Practice 18
 
 

 
Reading Section
 
 
This section measures your ability to understand academic passages in English. You can skip questions and go back to them later as long as there is time remaining.
 
 
 
 
Now begin the Reading section.
 
Reading Section
 
 
This section measures your ability to understand academic passages in English. You can skip questions and go back to them later as long as there is time remaining.
 
 
 
 
Now begin the Reading section.
Photography
 
 
untitled

 

  Photography is the art and science of still-image creation. It is accomplished through the recording of light or other electromagnetic radiation—indeed, the word “photography” comes from the Greek “photos,” meaning “light,” and “graphe,” meaning “drawing or writing.” Together, these words can be interpreted as “drawing with light.” The nineteenth-century scientist and photographer John Herschel is typically credited with coining the term in the 1830s. However, some have claimed that others were independently using the term around the same period; a French painter used the term in his correspondence, and a German astronomer spoke of the term in a newspaper article. 

  Photography began with the discovery of the camera obscura, or the “dark room.” Camera obscura is the phenomenon by which a pinhole in the wall of a dark room will project an image, lit from outside the room, onto an inner wall of the enclosed dark room. The image is reversed and inverted, or flipped upside down. This is the same mechanism by which the human eye sees images, with the pupil as the pinhole (the brain simply flips the image back so that it is observed as normal). Since the sixteenth century, artists have used a device referred to as the “camera obscura” (named along with the natural phenomenon it captures) in order to assist in drawing. Scientists have also used it to observe solar eclipses, which are generally unsafe to view directly.

  It is well-established that certain substances, such as particular salts, change color when exposed to sunlight. In 1727, German scientist Johann Heinrich Schulze discovered that certain salts darkened when exposed to sunlight, not because of heat or air, but as a response solely to the light itself. It was not until the early nineteenth century, however, that this chemical reaction was incorporated into what would become the photography that we know today. When the camera obscura process of projecting an image through the pinhole was applied to paper that had been chemically treated to be light-sensitive, modern photography was born. The pinhole camera became the first photographic camera.

  Over the next number of decades, the camera underwent steady improvements. After the pinhole camera, the “daguerreotype” was invented, which involved not one but two boxes—an inner box and an outer box—which allowed the photographer to sharpen, or focus, the image. For years, photographers controlled the length of exposure time by manually removing the cap from the camera lens, the part of the camera that captures the light from the subject and brings it into focus. The photographer then counted the required amount of time in seconds or minutes before returning the cap to cover the lens. Eventually, the “shutter,” or mechanism that opens and closes the camera lens, was invented, freeing the photographer from this task in taking a photo. In 1885, American entrepreneur George Eastman began manufacturing the first photographic film—paper on which photographs could be taken. Starting in 1888, it was sold in a simple camera preloaded with the film. This camera was called the Kodak.

  Today, most photography is conducted using digital cameras. In digital photography, an “image sensor” has replaced the traditional photographic film. This sensor is still a light-sensitive surface, but the image is stored as digital memory rather than etched directly onto a physical surface, as with photographic film. Some contemporary photographers, however, such as Cuban photographer Abelardo Morell, have chosen to work predominantly with early models of photography. A photography professor, he turned his classroom into a dark room in order to teach his students the optics behind the camera obscura technique. Morell is known for the images he takes using a “camera obscura,” which range from panoramas of New York City to Italian landscapes. He flips his images right side up with an old-fashioned prism, though he does use a digital sensor instead of film to cut their exposure time. Morell even carries around a portable “camera obscura” with which he can project images onto the ground.

Photography
 
 
untitled

 

  Photography is the art and science of still-image creation. It is accomplished through the recording of light or other electromagnetic radiation—indeed, the word “photography” comes from the Greek “photos,” meaning “light,” and “graphe,” meaning “drawing or writing.” Together, these words can be interpreted as “drawing with light.” The nineteenth-century scientist and photographer John Herschel is typically credited with coining the term in the 1830s. However, some have claimed that others were independently using the term around the same period; a French painter used the term in his correspondence, and a German astronomer spoke of the term in a newspaper article. 

  Photography began with the discovery of the camera obscura, or the “dark room.” Camera obscura is the phenomenon by which a pinhole in the wall of a dark room will project an image, lit from outside the room, onto an inner wall of the enclosed dark room. The image is reversed and inverted, or flipped upside down. This is the same mechanism by which the human eye sees images, with the pupil as the pinhole (the brain simply flips the image back so that it is observed as normal). Since the sixteenth century, artists have used a device referred to as the “camera obscura” (named along with the natural phenomenon it captures) in order to assist in drawing. Scientists have also used it to observe solar eclipses, which are generally unsafe to view directly.

  It is well-established that certain substances, such as particular salts, change color when exposed to sunlight. In 1727, German scientist Johann Heinrich Schulze discovered that certain salts darkened when exposed to sunlight, not because of heat or air, but as a response solely to the light itself. It was not until the early nineteenth century, however, that this chemical reaction was incorporated into what would become the photography that we know today. When the camera obscura process of projecting an image through the pinhole was applied to paper that had been chemically treated to be light-sensitive, modern photography was born. The pinhole camera became the first photographic camera.

  Over the next number of decades, the camera underwent steady improvements. After the pinhole camera, the “daguerreotype” was invented, which involved not one but two boxes—an inner box and an outer box—which allowed the photographer to sharpen, or focus, the image. For years, photographers controlled the length of exposure time by manually removing the cap from the camera lens, the part of the camera that captures the light from the subject and brings it into focus. The photographer then counted the required amount of time in seconds or minutes before returning the cap to cover the lens. Eventually, the “shutter,” or mechanism that opens and closes the camera lens, was invented, freeing the photographer from this task in taking a photo. In 1885, American entrepreneur George Eastman began manufacturing the first photographic film—paper on which photographs could be taken. Starting in 1888, it was sold in a simple camera preloaded with the film. This camera was called the Kodak.

  Today, most photography is conducted using digital cameras. In digital photography, an “image sensor” has replaced the traditional photographic film. This sensor is still a light-sensitive surface, but the image is stored as digital memory rather than etched directly onto a physical surface, as with photographic film. Some contemporary photographers, however, such as Cuban photographer Abelardo Morell, have chosen to work predominantly with early models of photography. A photography professor, he turned his classroom into a dark room in order to teach his students the optics behind the camera obscura technique. Morell is known for the images he takes using a “camera obscura,” which range from panoramas of New York City to Italian landscapes. He flips his images right side up with an old-fashioned prism, though he does use a digital sensor instead of film to cut their exposure time. Morell even carries around a portable “camera obscura” with which he can project images onto the ground.

(P1)  Photography is the art and science of still-image creation. It is accomplished through the recording of light or other electromagnetic radiation—indeed, the word “photography” comes from the Greek “photos,” meaning “light,” and “graphe,” meaning “drawing or writing.” Together, these words can be interpreted as “drawing with light.” The nineteenth-century scientist and photographer John Herschel is typically credited with coining the term in the 1830s. However, some have claimed that others were independently using the term around the same period; a French painter used the term in his correspondence, and a German astronomer spoke of the term in a newspaper article. 

Q:  The word correspondence in the passage is closest in meaning to
Communications
Association
Research
Portfolio
(P1)  Photography is the art and science of still-image creation. It is accomplished through the recording of light or other electromagnetic radiation—indeed, the word “photography” comes from the Greek “photos,” meaning “light,” and “graphe,” meaning “drawing or writing.” Together, these words can be interpreted as “drawing with light.” The nineteenth-century scientist and photographer John Herschel is typically credited with coining the term in the 1830s. However, some have claimed that others were independently using the term around the same period; a French painter used the term in his correspondence, and a German astronomer spoke of the term in a newspaper article. 

Q:  According to paragraph 1, the origin of the term “photography” is
Defined as the craft of creating still images
Not attributed to scientist John Herschel
Both French and German
Two Greek words
(P2)  Photography began with the discovery of the camera obscura, or the “dark room.” Camera obscura is the phenomenon by which a pinhole in the wall of a dark room will project an image, lit from outside the room, onto an inner wall of the enclosed dark room. The image is reversed and inverted, or flipped upside down. This is the same mechanism by which the human eye sees images, with the pupil as the pinhole (the brain simply flips the image back so that it is observed as normal). Since the sixteenth century, artists have used a device referred to as the “camera obscura” (named along with the natural phenomenon it captures) in order to assist in drawing. Scientists have also used it to observe solar eclipses, which are generally unsafe to view directly.

Q:  The word “enclosed” in the passage is closest in meaning to
Attached
Trapped
Sealed
Exposed
→(P2)   Photography began with the discovery of the camera obscura, or the “dark room.” Camera obscura is the phenomenon by which a pinhole in the wall of a dark room will project an image, lit from outside the room, onto an inner wall of the enclosed dark room. The image is reversed and inverted, or flipped upside down. This is the same mechanism by which the human eye sees images, with the pupil as the pinhole (the brain simply flips the image back so that it is observed as normal). Since the sixteenth century, artists have used a device referred to as the “camera obscura” (named along with the natural phenomenon it captures) in order to assist in drawing. Scientists have also used it to observe solar eclipses, which are generally unsafe to view directly.

Q:  Which of the sentences below best expresses the essential information in the highlighted portion of the passage? Incorrect choices change the meaning in important ways or leave out essential information.
The image produced by the pupil (acting as the pinhole) is flipped back to normal by the brain through the camera obscura mechanism.
In its role as a pinhole, the pupil flips back to normal the image seen by the human eye and brain by means of the camera obscura mechanism.
Via the camera obscura mechanism, the “pinhole” pupil of the human eye produces a flipped image, which the brain then flips back to normal.
Using the camera obscura mechanism to see images, the human eye flips the image observed by the brain back to normal through the pupil’s pinhole.
→(P2)  Photography began with the discovery of the camera obscura, or the “dark room.” Camera obscura is the phenomenon by which a pinhole in the wall of a dark room will project an image, lit from outside the room, onto an inner wall of the enclosed dark room. The image is reversed and inverted, or flipped upside down. This is the same mechanism by which the human eye sees images, with the pupil as the pinhole (the brain simply flips the image back so that it is observed as normal). Since the sixteenth century, artists have used a device referred to as the “camera obscura” (named along with the natural phenomenon it captures) in order to assist in drawing. Scientists have also used it to observe solar eclipses, which are generally unsafe to view directly.

Q:    All of the following are mentioned about the phenomenon of camera obscura in paragraph 2 EXCEPT:
It makes use of a pinhole in a wall.
It is not safe for use with solar eclipses.
It is a natural occurrence involving light.
A device that captures it is called by the same name.
→(P3)  It is well-established that certain substances, such as particular salts, change color when exposed to sunlight. In 1727, German scientist Johann Heinrich Schulze discovered that certain salts darkened when exposed to sunlight, not because of heat or air, but as a response solely to the light itself. It was not until the early nineteenth century, however, that this chemical reaction was incorporated into what would become the photography that we know today. When the camera obscura process of projecting an image through the pinhole was applied to paper that had been chemically treated to be light-sensitive, modern photography was born. The pinhole camera became the first photographic camera.

Q:  The phrase “incorporated into” in the passage is closest in meaning to
Included in
Isolated from
Established by
Incarnated by
→(P3)  It is well-established that certain substances, such as particular salts, change color when exposed to sunlight. In 1727, German scientist Johann Heinrich Schulze discovered that certain salts darkened when exposed to sunlight, not because of heat or air, but as a response solely to the light itself. It was not until the early nineteenth century, however, that this chemical reaction was incorporated into what would become the photography that we know today. When the camera obscura process of projecting an image through the pinhole was applied to paper that had been chemically treated to be light-sensitive, modern photography was born. The pinhole camera became the first photographic camera.

Q:  According to paragraph 3, under what specific conditions do certain salts studied by Johann Schulze darken?
When they are exposed to the light of the sun.
When they are heated but not lit by the sun.
When they are exposed to open air in darkness.
When they are exposed to both open air and the heat, but not the light of the sun.
→(P3)  It is well-established that certain substances, such as particular salts, change color when exposed to sunlight. In 1727, German scientist Johann Heinrich Schulze discovered that certain salts darkened when exposed to sunlight, not because of heat or air, but as a response solely to the light itself. It was not until the early nineteenth century, however, that this chemical reaction was incorporated into what would become the photography that we know today. When the camera obscura process of projecting an image through the pinhole was applied to paper that had been chemically treated to be light-sensitive, modern photography was born. The pinhole camera became the first photographic camera.

Q:  The word “treated” in the passage is closest in meaning to
Dissolved
Contained
Neglected
Doctored
→(P4)  Over the next number of decades, the camera underwent steady improvements. After the pinhole camera, the “daguerreotype” was invented, which involved not one but two boxes—an inner box and an outer box—which allowed the photographer to sharpen, or focus, the image. For years, photographers controlled the length of exposure time by manually removing the cap from the camera lens, the part of the camera that captures the light from the subject and brings it into focus. The photographer then counted the required amount of time in seconds or minutes before returning the cap to cover the lens. Eventually, the “shutter,” or mechanism that opens and closes the camera lens, was invented, freeing the photographer from this task in taking a photo. In 1885, American entrepreneur George Eastman began manufacturing the first photographic film—paper on which photographs could be taken. Starting in 1888, it was sold in a simple camera preloaded with the film. This camera was called the Kodak.

Q:  Which of the following is mentioned in paragraph 4 about photographic film?
It did not exist until it was built into the first Kodak camera.
Cameras preloaded with it were sold starting in 1888.
It was a critical part of the “shutter” mechanism.
It improved upon the prior development of the shutter.
→(P4)  Over the next number of decades, the camera underwent steady improvements. After the pinhole camera, the “daguerreotype” was invented, which involved not one but two boxes—an inner box and an outer box—which allowed the photographer to sharpen, or focus, the image. For years, photographers controlled the length of exposure time by manually removing the cap from the camera lens, the part of the camera that captures the light from the subject and brings it into focus. The photographer then counted the required amount of time in seconds or minutes before returning the cap to cover the lens. Eventually, the “shutter,” or mechanism that opens and closes the camera lens, was invented, freeing the photographer from this task in taking a photo. In 1885, American entrepreneur George Eastman began manufacturing the first photographic film—paper on which photographs could be taken. Starting in 1888, it was sold in a simple camera preloaded with the film. This camera was called the Kodak.

Q:  It can be inferred from paragraph 4 that the newly invented camera shutter
Took away from the photographer’s freedom to determine the length of exposure time
Involved the same amount of work to operate as did manually opening and shutting the camera lens
Allowed the photographer to focus on other aspects of taking the photograph
Gave George Eastman the idea to create a camera with preloaded film
→(P5)  Today, most photography is conducted using digital cameras. In digital photography, an “image sensor” has replaced the traditional photographic film. This sensor is still a light-sensitive surface, but the image is stored as digital memory rather than etched directly onto a physical surface, as with photographic film. Some contemporary photographers, however, such as Cuban photographer Abelardo Morell, have chosen to work predominantly with early models of photography. A photography professor, he turned his classroom into a dark room in order to teach his students the optics behind the camera obscura technique. Morell is known for the images he takes using a “camera obscura,” which range from panoramas of New York City to Italian landscapes. He flips his images right side up with an old-fashioned prism, though he does use a digital sensor instead of film to cut their exposure time. Morell even carries around a portable “camera obscura” with which he can project images onto the ground.

Q:  In paragraph 5, the author discusses Abelardo Morell’s use of early photographic techniques in order to
argue that the most authentic methods of photography are the early ones
illustrate that not all contemporary photographers strictly use contemporary techniques
underline the importance of keeping early techniques alive and relevant
Explain why modern photographic techniques are more efficient and effective than older ones
→(P5)  Today, most photography is conducted using digital cameras. In digital photography, an “image sensor” has replaced the traditional photographic film. This sensor is still a light-sensitive surface, but the image is stored as digital memory rather than etched directly onto a physical surface, as with photographic film. Some contemporary photographers, however, such as Cuban photographer Abelardo Morell, have chosen to work predominantly with early models of photography. A photography professor, he turned his classroom into a dark room in order to teach his students the optics behind the camera obscura technique. Morell is known for the images he takes using a “camera obscura,” which range from panoramas of New York City to Italian landscapes. He flips his images right side up with an old-fashioned prism, though he does use a digital sensor instead of film to cut their exposure time. Morell even carries around a portable “camera obscura” with which he can project images onto the ground.

Q:  The word “their” in the passage refers to
Camera
Sensor
Prism
Images
In paragraph 3 of the passage, there is a missing sentence. The paragraph is repeated below and shows four letters [A], [B], [C], and [D] that indicate where the following sentence could be added.
 
This camera is especially interesting because, with no lens, its depth of field is very deep, so everything that appears in the frame is in focus.
 
Where would the sentence best fit?

→(P3)  It is well-established that certain substances, such as particular salts, change color when exposed to sunlight.[A] In 1727, German scientist Johann Heinrich Schulze discovered that certain salts darkened when exposed to sunlight, not because of heat or air, but as a response solely to the light itself.[B] It was not until the early nineteenth century, however, that this chemical reaction was incorporated into what would become the photography that we know today.[C] When the camera obscura process of projecting an image through the pinhole was applied to paper that had been chemically treated to be light-sensitive, modern photography was born. The pinhole camera became the first photographic camera.[D]
 
Directions: An introductory sentence for a brief summary of the passage is provided below. Complete the summary by selecting the THREE answer choices that express the most important ideas in the passage. Some sentences do not belong in the summary because they express ideas that are not presented in the passage or are minor ideas in the passage. This question is worth 2 points

 
  • The history of photography as an art form dates back to its invention in the early 1800s.
Cuban photographer Abelardo Morell is also a well-regarded professor of photography.
The camera obscura phenomenon was fundamental in the creation of the first photographic camera.
Cameras used by photographers have undergone changes in the years since photography was invented, from the film they use to the mechanisms by which they work.
The human brain works the same way as photographic cameras.
Scientists have used the camera obscura to observe solar eclipses.
Light-sensitive paper with certain chemical treatments allowed the camera obscura to become an actual photographic camera.
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