Near room temperature, the density of ethanol can be expressed using the equation d = (-8.99 x 10 g ml K")T+(1.051 g mL1) where d is the density in units of g mL T is the temperature in units of Kelvin. Determine the density of ethanol at a temperature of 305 K in units of g mL1. Express your result with the appropriate number of significant figures and correct units,, assuming that the numerical values in the equation are not exact.

Chemistry: Principles and Reactions
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Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter1: Matter And Measurements
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Near room temperature, the density of ethanol can be expressed
using the equation
d = (-8.99 x 104g ml K")T+ (1,051 g mL)
%3D
where d is the density in units of g mL T is the temperature in units of
Kelvin.
Determine the density of ethanol at a temperature of 305 K in units of
g mL1. Express your result with the appropriate number of significant
figures and correct units, assuming that the numerical values in the
equation are not exact.
Transcribed Image Text:Near room temperature, the density of ethanol can be expressed using the equation d = (-8.99 x 104g ml K")T+ (1,051 g mL) %3D where d is the density in units of g mL T is the temperature in units of Kelvin. Determine the density of ethanol at a temperature of 305 K in units of g mL1. Express your result with the appropriate number of significant figures and correct units, assuming that the numerical values in the equation are not exact.
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