
Reading Passage Question
Color temperature in light sources is a measurement of heat in degrees Kelvin (K). Color temperatures over 5,000 K, the hottest, are sensed as sharp, clear blue-white. In contradictory language the color of light delivered by this hot radiation is referred to as “cool.” Temperatures around 2,700–3,000 K, actually cooler, are perceived as warm in color, tilting toward yellow and red. The heat- light- color relationship is recognized in colloquial language; something that is “white- hot” is dangerously hotter than something “red- hot.”
“Color temperature in light sources is a measurement of heat in degrees Kelvin (K).”- is a GMAT reading comprehension passage with answers. Candidates need a strong knowledge of English GMAT reading comprehension.
This GMAT Reading Comprehension consists of 5 comprehension questions. The GMAT Reading Comprehension questions are designed for the purpose of testing candidates’ abilities in understanding, analyzing, and applying information or concepts. Candidates can actively prepare with the help of GMAT Reading Comprehension Practice Questions.
Solution and Explanation
(A) To alert readers to the fact that something strange is about to be noted.
(B) To point out a discrepancy in the mathematical equation that follows.
(C) To attribute an error to the source of the information and not herself.
(D) To alert readers that something paradoxical has been noted.
(E) To reveal the truth about an assertion.
Answer: D
Explanation: According to the author, colour temperatures exceed 5,000 K. The highest possible temperature is seen as bright, pure blue-white. Contradictory terminology refers to the colour of the light that this hot radiation produces as "cool."
(A) Blue
(B) Green
(C) White
(D) Grey
(E) Yellow
Answer: E
Explanation: As stated temperatures around 2,700–3,000 K, actually cooler, are perceived as warm in colour, tilting toward yellow and red.
(A) The colloquial language used about light is unrelated to actual observations about light.
(B) Colloquial language about light often reflects actual observation about the color of hot things.
(C) Colloquial language about the color of light is very poetic.
(D) Most people who use colloquial language do not understand the scientific heat-light-color relationship.
(E) The heat-light-color relationship is not expressible in colloquial language (in bold).
Answer: B
Explanation: As stated, temperatures between 2,700 and 3,000 K, which are really colder, are seen as warm and lean toward yellow and red. The link between heat, light, and colour is understood in everyday speech. Anything that is "white- hot" is significantly hotter than something that is "red- hot."
(A) There is a relationship between heat and color.
(B) Kelvin is a unit of measurement for heat.
(C) We have developed a great deal of colloquial language to express how hot something is.
(D) The relationship between heat, light, and color is sometimes counter-intuitive.
(E) Heat is very dangerous.
Answer: D
Explanation: According to the author, colour temperatures exceed 5,000 K. The highest possible temperature is seen as bright, pure blue-white. Heat is measured in degrees Kelvin using the term "colour temperature" in light sources (K). The term "cool" refers to the colour of the light that this heated radiation produces. Temperatures between 2,700 and 3,000 K, which are really colder, are seen as warm because they lean toward yellow and red.
(A) Metal burning “red-hot.”
(B) Metal burning “white-hot.”
(C) Wood burning “blue-hot.”
(D) Brick burning “red-hot.”
(E) All things burning hot are equally dangerous.
Answer: B
Explanation: As stated. The heat- light- colour relationship is recognized in colloquial language. Something that is “white- hot” is dangerously hotter than something “red- hot.
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