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                    <OTText id="b8c36cbd-008c-11de-9c3b-634e1dde3b5b" text="Which answer best describes electrons when they surround the nucleus of an atom?" />
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                    <OTText id="bb1f1004-008c-11de-9c3b-634e1dde3b5b" text="Describe why charging walls changes the shape of the orbital." />
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                    <OTText id="beabb93c-008c-11de-9c3b-634e1dde3b5b" text="Select &quot;Use Another Hydrogen Atom&quot; and drag it around. Which best describes what you see?" />
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                        <OTText text="The electrons are attracted to each other." />
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                    <OTText id="beac0762-008c-11de-9c3b-634e1dde3b5b" text="A covalent bond is formed when the electrons from two different atoms are considered to be &quot;shared&quot; between the nuclei. Move the two hydrogen atoms close together and explain how this can be a representation of a covalent bond." />
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                    <OTText id="beac0763-008c-11de-9c3b-634e1dde3b5b" text="" />
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                    <OTText id="c0be6ca6-008c-11de-9c3b-634e1dde3b5b" text="&#xA;Place your annotated molecule here, showing which part is slightly positive and which part is slightly negative:" />
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                    <OTText id="c2c909b9-008c-11de-9c3b-634e1dde3b5b" text="Try setting one atom to have a slightly higher electronegativity than the other. Where do the electrons end up?" />
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                <OTQuestion id="c2c930ce-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page5.cml">
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                    <OTText id="c2c930cf-008c-11de-9c3b-634e1dde3b5b" text="When the electrons end up shifted toward the nucleus of one of the atoms, that causes the surface of the molecule around that atom to be:" />
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                    <OTChoice id="c2c930d0-008c-11de-9c3b-634e1dde3b5b" selectionUI="0">
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                        <OTText text="slightly positive." />
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                        <OTText text="perfectly neutral." />
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                    <OTText id="c2c97ef5-008c-11de-9c3b-634e1dde3b5b" text="Explain your answers to the two multiple choice questions. Be sure to use the term &quot;electronegativity&quot; correctly in your answer. help" />
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                    <OTText id="c462e3a9-008c-11de-9c3b-634e1dde3b5b" text="If you want to make a non-polar covalent bond, the difference in electronegativities between the atoms should be:" />
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                        <OTText text="large" />
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                    <OTText id="c46331cf-008c-11de-9c3b-634e1dde3b5b" text="If you want to make an ionic bond, the difference in electronegativities between the atoms should be:" />
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                        <OTText id="c46331d1-008c-11de-9c3b-634e1dde3b5b" text="large" />
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                  <prompt>
                    <OTText id="c46358e5-008c-11de-9c3b-634e1dde3b5b" text="If you want to make a polar covalent bond, the difference in electronegativities between the atoms should be:" />
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                    <OTText id="c463a70b-008c-11de-9c3b-634e1dde3b5b" text="What is the approximate numeric difference in electronegativity that divides non-polar from polar? (All answers within a particular range are acceptable.) hint" />
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                    <OTText id="c463f52f-008c-11de-9c3b-634e1dde3b5b" text="What is the approximate numeric difference in electronegativity that divides polar from ionic? (All answers within a particular range are acceptable.) hint" />
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                    <OTText id="c463f530-008c-11de-9c3b-634e1dde3b5b" text="" />
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                <OTQuestion id="c5f1e832-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page7.cml">
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                    <OTText id="c5f1e833-008c-11de-9c3b-634e1dde3b5b" text="What kind of bond is formed between sodium (Na) and chlorine (Cl)? " />
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                        <OTText text="non-polar covalent" />
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                <OTQuestion id="c5f23658-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page7.cml">
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                    <OTText id="c5f23659-008c-11de-9c3b-634e1dde3b5b" text="What kind of bond is formed between hydrogen (H) and oxygen (O)? " />
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                        <OTText text="non-polar covalent" />
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                    <OTText id="c5f2847f-008c-11de-9c3b-634e1dde3b5b" text="What kind of bond is formed between carbon (C) and carbon (C)? " />
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                        <OTText id="c5f2ab91-008c-11de-9c3b-634e1dde3b5b" text="non-polar covalent" />
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                <OTQuestion id="c5f2d2a4-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page7.cml">
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                    <OTText id="c5f2d2a5-008c-11de-9c3b-634e1dde3b5b" text="&#xA;Experiment with choosing various pairs of elements from different areas of the periodic table to see what kind of bonds are formed. What patterns do you see?" />
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                <OTQuestion id="c8022aa8-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page8.cml">
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                    <OTText id="c8022aa9-008c-11de-9c3b-634e1dde3b5b" text="What kind of bond is formed between carbon (C) and oxygen (O)? " />
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                        <OTText text="non-polar covalent" />
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                <OTQuestion id="c8029fde-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page8.cml">
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                    <OTText id="c8029fdf-008c-11de-9c3b-634e1dde3b5b" text="What kind of bond is formed between hydrogen (H) and carbon (C)? " />
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                    <OTText id="cad3e85b-008c-11de-9c3b-634e1dde3b5b" text="&#xA;Place your image of glutamine here showing all polar bonds circled (if any):" />
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                <OTQuestion id="cad45d8d-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page9.cml">
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                    <OTText id="cad45d8e-008c-11de-9c3b-634e1dde3b5b" text="&#xA;Place your image of phenylalanine here showing all polar bonds circled (if any):" />
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                <OTQuestion id="cad4abb0-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page9.cml">
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                    <OTText id="cad4abb1-008c-11de-9c3b-634e1dde3b5b" text="Which amino acid would be good to use in the part of a protein that spans a cell membrane? Non-polar amino acids work best inside of membranes. " />
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                        <OTText text="glutamine" />
                        <OTText id="cad4abb4-008c-11de-9c3b-634e1dde3b5b" text="phenylalanine" />
                        <OTText text="either would work well" />
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                <OTQuestion id="cad4d2c6-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page9.cml">
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                    <OTText id="cad4d2c7-008c-11de-9c3b-634e1dde3b5b" text="Explain why you made that choice. " />
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                    <OTText id="cad4d2c8-008c-11de-9c3b-634e1dde3b5b" text="" />
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                <OTQuestion id="ce68a7ea-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page10.cml">
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                    <OTText id="ce68cefb-008c-11de-9c3b-634e1dde3b5b" text="Which of the following is NOT a chemical bond between two atoms:" />
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                        <OTText text="non-polar covalent bond" />
                        <OTText text="polar covalent bond" />
                        <OTText id="ce68ceff-008c-11de-9c3b-634e1dde3b5b" text="hydrogen bond" />
                        <OTText text="ionic bond" />
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                <OTQuestion id="ce691d21-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page10.cml">
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                    <OTText id="ce691d22-008c-11de-9c3b-634e1dde3b5b">
                      <text>In a non-polar covalent bond:</text>
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                        <OTText id="ce694434-008c-11de-9c3b-634e1dde3b5b" text="electrons are shared evenly" />
                        <OTText text="electrons are shared unevenly" />
                        <OTText text="one or more electrons are transferred" />
                        <OTText text="both B and C can be true" />
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                <OTQuestion id="ce699258-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page10.cml">
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                    <OTText id="ce699259-008c-11de-9c3b-634e1dde3b5b" text="Define electronegativity." />
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                    <OTText id="ce69925a-008c-11de-9c3b-634e1dde3b5b" text="" />
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                <OTQuestion id="ce69e07c-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page10.cml">
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                    <OTText id="ce69e07d-008c-11de-9c3b-634e1dde3b5b" text="In a polar covalent bond:" />
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                    <OTChoice id="ce69e07e-008c-11de-9c3b-634e1dde3b5b" selectionUI="0">
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                        <OTText text="both atoms have the same electronegativity" />
                        <OTText id="ce69e080-008c-11de-9c3b-634e1dde3b5b" text="one atom has a slightly higher electronegativity" />
                        <OTText text="one atom has a much higher electronegativity" />
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                <OTQuestion id="ce6a54b2-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page10.cml">
                  <prompt>
                    <OTText id="ce6a54b3-008c-11de-9c3b-634e1dde3b5b" text="Is water a polar molecule? Describe in detail how you know. Use the electronegativity table to the right to see values for various elements. Be sure to mention electronegativity, the meaning of polarity, the sharing of electrons, and the coloring of the water molecule seen in the diagram. " />
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                    <OTText id="ce6a54b4-008c-11de-9c3b-634e1dde3b5b" text="" />
                  </input>
                </OTQuestion>
                <OTQuestion id="ce6a7bc6-008c-11de-9c3b-634e1dde3b5b" name="http://ri-itest.concord.org/SAMActivities/ChemicalBonds/ChemicalBonds_v2/page10.cml">
                  <prompt>
                    <OTText id="ce6aa2d7-008c-11de-9c3b-634e1dde3b5b" text="To make an ionic bond you would want to pick elements:" />
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                    <OTChoice id="ce6aa2d8-008c-11de-9c3b-634e1dde3b5b" selectionUI="0">
                      <choices>
                        <OTText id="ce6aa2d9-008c-11de-9c3b-634e1dde3b5b" text="from the left side of the periodic table" />
                        <OTText text="from the right side of the periodic table" />
                        <OTText text="from each side of the periodic table, one from the left and one from the right" />
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