1. Read the section above about IMF types (you may also want to review your lecture notes and textbook). Consider the three molecules shown here. Identify the dominant (strongest) IMF present in each and rank them in order of increasing IMF strength. Dominant IMF: CH3 CH3 CH3 " H3C- C-H H3C C -H H3C C CH3 C4H10 CH3 C4H10O CH3 C4H9Cl Increasing IMF Strength: (give their formulas) 2. Read the directions above about creating a scientific graph. Suppose you needed to create a graph with time as the independent variable on the x-axis. If the time values range from 62 s to 196 s, how would you scale the x-axis over 30 lines? a. What is a reasonable range for the x-axis, not starting at zero? b. Divide this range by 30 lines and give the unrounded value: c. Round up to get a convenient number of seconds per line. S s/line d. Complete the x-axis below with a label, your scaled value, and the correct units.

Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter31: Immunochemistry
Section: Chapter Questions
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1. Read the section above about IMF types (you may also want to review your lecture notes
and textbook). Consider the three molecules shown here. Identify the dominant (strongest)
IMF present in each and rank them in order of increasing IMF strength.
Dominant IMF:
CH3
CH3
CH3
"
H3C-
C-H
H3C C
-H
H3C
C
CH3
C4H10
CH3
C4H10O
CH3
C4H9Cl
Increasing IMF Strength:
(give their formulas)
2. Read the directions above about creating a scientific graph. Suppose you needed to create a
graph with time as the independent variable on the x-axis. If the time values range from 62 s
to 196 s, how would you scale the x-axis over 30 lines?
a.
What is a reasonable range for the x-axis, not starting at zero?
b. Divide this range by 30 lines and give the unrounded value:
c. Round up to get a convenient number of seconds per
line.
S
s/line
d. Complete the x-axis below with a label, your scaled value, and the correct units.
Transcribed Image Text:1. Read the section above about IMF types (you may also want to review your lecture notes and textbook). Consider the three molecules shown here. Identify the dominant (strongest) IMF present in each and rank them in order of increasing IMF strength. Dominant IMF: CH3 CH3 CH3 " H3C- C-H H3C C -H H3C C CH3 C4H10 CH3 C4H10O CH3 C4H9Cl Increasing IMF Strength: (give their formulas) 2. Read the directions above about creating a scientific graph. Suppose you needed to create a graph with time as the independent variable on the x-axis. If the time values range from 62 s to 196 s, how would you scale the x-axis over 30 lines? a. What is a reasonable range for the x-axis, not starting at zero? b. Divide this range by 30 lines and give the unrounded value: c. Round up to get a convenient number of seconds per line. S s/line d. Complete the x-axis below with a label, your scaled value, and the correct units.
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