The mixing line is. a. . the line that contains the most of the points plotted. Ob.the vertical line perpendicular to the x-axis through the point on the x-axis that represents the time of mixing. Oc the line generated after all data (temperature vs time) is plotted. O d.the liquid level in the container after mix the base and the acid. Calculate the heat transferred. Q. when 50 mi Of NaOH are mived with 51 mi of HCL. If is density is 1.04 g/mi, its heat capacity is 3.89 ) # 1 deg-1 and the change in temperature s 5 degrees C. COa2 Ob.2043 Oc 1,031 k Od 1,964 k

The mixing line is. a. . the line that contains the most of the points plotted. Ob.the vertical line perpendicular to the x-axis through the point on the x-axis that represents the time of mixing. Oc the line generated after all data (temperature vs time) is plotted. O d.the liquid level in the container after mix the base and the acid. Calculate the heat transferred. Q. when 50 mi Of NaOH are mived with 51 mi of HCL. If is density is 1.04 g/mi, its heat capacity is 3.89 ) # 1 deg-1 and the change in temperature s 5 degrees C. COa2 Ob.2043 Oc 1,031 k Od 1,964 k

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter13: The Chemistry Of Solutes And Solutions

Section: Chapter Questions

Problem 16QRT

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Question

The mixing line is.
O a. . the line that contains the most of the points plotted.
Ob.the vertical line perpendicular to the x-axis through the point on the x-axis that represents the time of mixing.
OC. .the line generated after all data (temperature vs time) is plotted.
Od.the liquid level in the container after mix the base and the acid.
Calculate the heat transferred, Q, when 50 mi of NAOH are mixed with 51 mi of HCL. If its density is 1.04 gimi, its heat capacity is 3.89J1 deg-1 and the change in temperature
is 5 degrees C.
Oa 2M
Ob.2,043 k
OC 1,031 k
Od 1,964 k

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