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The speed of sound through air is linearly related to the temperature of the air. If sound travels at 320 m/ sec at 0°C and at 326 m / sec at 20°C, construct a linear model relating the speed of sound (s) and the air temperature (t). Interpret the slope of this model. Construct a linear model relating the speed of sound (s) and the air temperature (t). (Type an equation using t as the variable.)

The speed of sound through air is linearly related to the temperature of the air. If sound travels at 320 m/ sec at 0°C and at 326 m / sec at 20°C, construct a linear model relating the speed of sound (s) and the air temperature (t). Interpret the slope of this model. Construct a linear model relating the speed of sound (s) and the air temperature (t). (Type an equation using t as the variable.)

Algebra and Trigonometry (MindTap Course List)
Algebra and Trigonometry (MindTap Course List)
4th Edition
ISBN:9781305071742
Author:James Stewart, Lothar Redlin, Saleem Watson
Publisher:James Stewart, Lothar Redlin, Saleem Watson
Chapter1: Equations And Graphs
Section1.CT: Chapter Test
Problem 8CT
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The speed of sound through air is linearly related to the temperature of the air. If sound travels at 320 m/ sec at 0°C and at 326 m/ sec at 20°C, construct a linear model relating the speed of sound (s) and the air temperature (t). Interpret the slope of this model. Construct a linear model relating the speed of sound (s) and the air temperature (t). S = (Type an equation using t as the variable.)
Transcribed Image Text:The speed of sound through air is linearly related to the temperature of the air. If sound travels at 320 m/ sec at 0°C and at 326 m/ sec at 20°C, construct a linear model relating the speed of sound (s) and the air temperature (t). Interpret the slope of this model. Construct a linear model relating the speed of sound (s) and the air temperature (t). S = (Type an equation using t as the variable.)
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The speed of sound through air is linearly related to the temperature of the air. If sound travels at 320 m/ sec at 0°C and at 326 m/ sec at 20°C, construct a linear model relating the speed of sound (s) and the air temperature (t). Interpret the slope of this model. ... Construct a linear model relating the speed of sound (s) and the air temperature (t). s= 0.3t + 320 (Type an equation using t as the variable.) Interpret the slope of this model. O A. The rate of change of speed of sound with respect to temperature is 0.3 m/sec per °C. O B. The rate of change of speed of sound with respect to temperature is 20 m/ sec per °C. O c. The rate of change of speed of sound with respect to temperature is 16.3 m/ sec per °C. D. The rate of change of speed of sound with respect to temperature is 6 m/ sec per °C.
Transcribed Image Text:The speed of sound through air is linearly related to the temperature of the air. If sound travels at 320 m/ sec at 0°C and at 326 m/ sec at 20°C, construct a linear model relating the speed of sound (s) and the air temperature (t). Interpret the slope of this model. ... Construct a linear model relating the speed of sound (s) and the air temperature (t). s= 0.3t + 320 (Type an equation using t as the variable.) Interpret the slope of this model. O A. The rate of change of speed of sound with respect to temperature is 0.3 m/sec per °C. O B. The rate of change of speed of sound with respect to temperature is 20 m/ sec per °C. O c. The rate of change of speed of sound with respect to temperature is 16.3 m/ sec per °C. D. The rate of change of speed of sound with respect to temperature is 6 m/ sec per °C.
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