Visual Symbols And The Blind Reading Answers: IELTS Reading Practice Test

Visual Symbols And The Blind Reading Passage 

Part 1

Paragraph A: Recent investigation has confirmed that blind individuals may grasp the use of outlines and perspectives to describe the spatial arrangement of items and other surfaces. However, images are not only literal manifestations. This truth was brought to my attention dramatically when a blind woman in one of my investigations drew a spinning wheel in her own endeavour. To demonstrate this action, she drew a curve within the circle (Fig. 1). I was surprised. In the case of portraits, lines of motion, such as the one she utilised, are a somewhat new innovation. In fact, according to art historian David Kunzle, Wilhelm Busch, a pioneering nineteenth-century cartoonist, employed almost no motion lines in his popular characters until 1877.

Paragraph B: When I asked a number of further blind analysis participants to portray a spinning wheel, the same version repeatedly happened: the spokes of the wheel were depicted as curving lines. When questioned about these curves, each individual described them as metaphors for motion. The majority would squabble that this gadget effectively alludes to motion. Was it a better signal than, for example, broken or wavy lines or any other type of line? The reaction was unclear. As a result, I wanted to determine if multiple lines of motion effectively depict motion or just quirky markings. In addition, I wished to determine if blind and sighted individuals interpret lines of motion differently.
 

Paragraph C: To get these answers, I drew five distinct wheels with spokes that were curved, bent, waved, dashed, and extended beyond the wheel's perimeters in raised-line drawings. I then asked 18 blind players to feel the wheels and attribute one of the following measures to each: wobbling, rapid spinning, steady spinning, jerking, or braking. My management group was constituted of eighteen sighted University of Toronto freshmen.

Paragraph D: The blind patients, with the peculiarity of one, attributed different movements to each wheel. The majority believed that the curved spokes demonstrated that the wheel was revolving slowly, while the wavy spokes suggested that the wheel was wobbling, and the bent spokes suggested that the wheel was jerking. Subjects assumed that spokes extending beyond the wheel's circumference demonstrated that the brakes were engaged and that dashed spokes suggested that the wheel was spinning rapidly.

Paragraph D: Moreover, the preferred description for the sighted was always the preferred description for the blind. Moreover, the consensus of the sighted was only marginally greater than that of the blind. Because blind people are inexperienced with motion gadgets, I assigned them a problem-solving challenge. However, the blind not only figured out the meaning of each activity but also, as a group, arrived at the same interpretation at least as frequently as sighted participants.
 

Part 2

Paragraph E: We have realised that the blind also comprehends various types of visual metaphors. One blind woman constructed an image of a kid inside a heart to indicate that the infant was surrounded by love. Together with the Chinese PhD student Chang Hong Liu, I have been investigating how effectively blind individuals comprehend the symbolism of non-literal forms such as hearts.

Paragraph F: We provided sighted participants with a set of twenty pairs of terms and asked them to select from each pair the phrase that best described a circle and the one that best described assurance. For instance, we inquired: What complements soft? A circle or a square? Which form complements hard?

Paragraph G: All of our respondents ranked the circle as soft and the square as harsh. A remarkable 94% of respondents attributed delight instead of grief to the circle. 79% matched rapid to slow, and 79% matched weak to strong, respectively, for the leftover pairings. And just 51% of the links were deep for the circle and shallow for the square. (see Fig. 2). When experimenting with four completely blind volunteers with identical lists, we realised that their selections nearly mirrored those of the sighted ones. An individual who was born blind scored exceptionally well. He assigned the word "far" to the square and "near" to the circle, contrary to the mainstream. In actuality, only a tiny plurality of sighted individuals, 53%, had partnered with the opposite partners in terms of distance. Thus, we found that blind individuals comprehend abstract forms similarly to sighted people.    

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