Interpret and match the given potential map with molecule containing Cl and F and other containing P and F along with the molecular formula. Concept introduction: The electrostatic potential map is the representation of the atoms present in a molecule carrying partial positive or negative charges on them. The atom carrying higher positive or negative charges are shown with the darker color in the potential map. The intensity of the color in the potential map is the indication of the amount of charge the atom carrying on it. For example; the electrostatic potential map for chloromethane is shown as: The color code for the atom present in a given molecule carrying higher positive charge is violet or dark blue while the color code for the atom present carrying higher negative charge is orange.
Interpret and match the given potential map with molecule containing Cl and F and other containing P and F along with the molecular formula. Concept introduction: The electrostatic potential map is the representation of the atoms present in a molecule carrying partial positive or negative charges on them. The atom carrying higher positive or negative charges are shown with the darker color in the potential map. The intensity of the color in the potential map is the indication of the amount of charge the atom carrying on it. For example; the electrostatic potential map for chloromethane is shown as: The color code for the atom present in a given molecule carrying higher positive charge is violet or dark blue while the color code for the atom present carrying higher negative charge is orange.
Solution Summary: The author explains the electrostatic potential map, which is the representation of the atoms present in a molecule carrying partial positive or negative charges.
Interpret and match the given potential map with molecule containing Cl and F and other containing P and F along with the molecular formula.
Concept introduction:
The electrostatic potential map is the representation of the atoms present in a molecule carrying partial positive or negative charges on them. The atom carrying higher positive or negative charges are shown with the darker color in the potential map. The intensity of the color in the potential map is the indication of the amount of charge the atom carrying on it. For example; the electrostatic potential map for chloromethane is shown as:
The color code for the atom present in a given molecule carrying higher positive charge is violet or dark blue while the color code for the atom present carrying higher negative charge is orange.
Draw the Fischer projection from the skeletal
structure shown below.
HO
OH
OH
OH
OH H
Q
Drawing
Atoms, Bonds
and Rings
Charges
I
☐
T
HO
H
H
OH
HO
I
CH2OH
H
OH
Drag
H
OH
-CH2OH
CHO
-COOH
Undo
Reset
Remove
Done
please provide the structure for this problem, thank you
presented by Morallen Lig
Intermine the hand product for the given mution by adding atoms, bonds, nonhonding diarion panda
скуль
Step 3: Comp the draw the product
Step 2: Agama workup Compithe
429
ملولة
Chapter 10 Solutions
General Chemistry: Principles and Modern Applications, Loose Leaf Version (11th Edition)
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