Create a scatter plot using the data in Data Table 2. Plot time on the independent axis (x-axis) and temperature on the dependent axis (y-axis). Add a linear trendline that represents temperature change. Extend the trendline to the y-axis, time "0". The extrapolation at the "0-second time" most likely represents the "maximum temperature from the reaction." Compare the extrapolated temperature to the initial recorded temperature of the mixture and record the greater of the two temperatures in Data Table 1 as the highest temperature of the mixture.
Create a scatter plot using the data in Data Table 2. Plot time on the independent axis (x-axis) and temperature on the dependent axis (y-axis). Add a linear trendline that represents temperature change. Extend the trendline to the y-axis, time "0". The extrapolation at the "0-second time" most likely represents the "maximum temperature from the reaction." Compare the extrapolated temperature to the initial recorded temperature of the mixture and record the greater of the two temperatures in Data Table 1 as the highest temperature of the mixture.
Chemistry: Matter and Change
1st Edition
ISBN:9780078746376
Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Chapter14: Mixtures And Solutions
Section: Chapter Questions
Problem 101A: Cooking A cook prepares a solution for boiling by adding12.5 g of NaCl to a pot holding 0.750 L of...
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Create a scatter plot using the data in Data Table 2. Plot time on the independent axis (x-axis) and temperature on the dependent axis (y-axis). Add a linear trendline that represents temperature change. Extend the trendline to the y-axis, time "0". The extrapolation at the "0-second time" most likely represents the "maximum temperature from the reaction." Compare the extrapolated temperature to the initial recorded temperature of the mixture and record the greater of the two temperatures in Data Table 1 as the highest temperature of the mixture.
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