Model 2 - Attraction of Water Molecules *... Weak araction 6. Looking at your answen to Questions I and 2 from Model 1, tell what atoms are represented by: 4 The small, unhaded cirdes in Model 2. k The larger gray shaded cirdes in Model 2. 7. What do the solid lines berween the small and large cindes represent? &. Acconding to Model 2, what is represented by the dotted lines? 9. Remember that electrons in a water molecule are more dense around the oxygen atom and les dense around the hydrogen atoms. a What kind of charge would the oxygen atom have compared to the hydrogen atoms? k What kind of charge would the hydrogen atoms have compared to the onygen? 10. Describe the arrangement of the water molecules in Model 2 with one another. 11. Describe the cause of the attractions berween molecules of water. 12. If another water molecule was added to the group in Model 2 at the upper right side, which of its atoms would be connected to reasoning the cxisting molecule ke with a dotted line? Describe your group's
Model 2 - Attraction of Water Molecules *... Weak araction 6. Looking at your answen to Questions I and 2 from Model 1, tell what atoms are represented by: 4 The small, unhaded cirdes in Model 2. k The larger gray shaded cirdes in Model 2. 7. What do the solid lines berween the small and large cindes represent? &. Acconding to Model 2, what is represented by the dotted lines? 9. Remember that electrons in a water molecule are more dense around the oxygen atom and les dense around the hydrogen atoms. a What kind of charge would the oxygen atom have compared to the hydrogen atoms? k What kind of charge would the hydrogen atoms have compared to the onygen? 10. Describe the arrangement of the water molecules in Model 2 with one another. 11. Describe the cause of the attractions berween molecules of water. 12. If another water molecule was added to the group in Model 2 at the upper right side, which of its atoms would be connected to reasoning the cxisting molecule ke with a dotted line? Describe your group's
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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RAVEN JOHNSON - 5 Properties of Watei
* 5 C A
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Model 2 - Attraction of Water Molecules
..Weak attraction
6. Looking at your answers to Questions 1 and 2 from Model 1, tell what atoms a
a. The small, unshaded circles in Model 2.
represented by:
b. The larger gray shaded circles in Model 2.
7. What do the solid lines between the small and large circles represent?
8. According to Model 2, what is represented by the dotted lines?
9. Remember that electrons in a water molecule are more dense around the oxygen atom and less
dense around the hydrogen atoms.
a. What kind of charge would the oxygen atom have compared to the hydrogen atoms?
b. What kind of charge would the hydrogen atoms have compared to the oxygen?
10. Describe the arrangement of the water molecules in Model 2 with one another.
11. Describe the cause of the attractions between molecules of water.
12. If another water molecule
its atoms would be connected to the existing molecule with a dotted line? Describe your group's
reasoning.
s added to the group in Model 2 at the upper right side, which of
POGIL" Activities for High School Biology
Read This!
The bonding electrons in some molecul
molecules with a differenc
arrangement of the atoms
molecule even though the
the oxygen is slightly nega
to the negative area (oxygs
hydrogen bonding.
ally shared between the atoms. These neutral
ales. Because of the
ntly charged areas of the
re slightly positive, while
molecule is attracted
is often referred to as

Transcribed Image Text:charge (
hydrogen molecules are slightly positivea
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RAVEN JOHNSON - 5 Properties of Watei
* 5 C A A -
Sign -
Read This!
The bonding electrons in some molecules are not equally shared between the atoms. These neutral
molecules with a difference of charge across the molecule are called polar molecules. Because of the
arrangement of the atoms and electrons in a water molecule, there are two differently charged areas of the
molecule even
the oxygen is slightdy negative. The positive area ch
to the negative area (oxygen) of a different water molecule. This weak attraction is often referred to as
hydrogen bonding.
the molecule is neutral
The
while
) of one water molecule is
13. In the space below, draw 10 water molecules to create a cluster. Be sure to indicate the hydrogen
bonds that link the water molecules.
Properties of Water
Extension Questions
14. Orher polar molecules include nusleic acids and some proteins
Look at the DNA sketch provided and predict how the two
strands are attracted
Expert Solution

Step 1: Introduction Of water.
Water is a covalent molecule , in which one oxygen atom always attached with two hydrogen atoms.
Due to polar nature, water molecule can form hydrogen bonding with other water molecules.
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