https://ideawaza.com/api.php?action=feedcontributions&feedformat=atom&user=129.120.138.0%2F24 2026-09-30T13:50:14Z User contributions MediaWiki 1.46.0 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18594 2007-11-06T15:23:58Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted X-COH=O</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18593 2007-11-06T15:21:32Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted <br /> &lt;nowiki&gt;O-H | <br /> X-C=O<br /> &lt;/nowiki&gt;</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18592 2007-11-06T15:20:35Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted <br /> <br /> O-H | <br /> X-C=O</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18591 2007-11-06T15:20:02Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted <br /> <br /> O-H<br /> |<br /> X-C=O</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18590 2007-11-06T15:19:13Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl <br /> O-H<br /> |<br /> group is denoted X-C=O</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18589 2007-11-06T15:18:49Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl <br /> O-H<br /> |<br /> group is denoted X-C=O</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18588 2007-11-06T15:18:01Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted X-C=O<br /> |<br /> O-H</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18587 2007-11-06T15:17:38Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted X-C=O<br /> |<br /> O-H</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18586 2007-11-06T15:16:44Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted X-C=O<br /> a |<br /> O-H</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18585 2007-11-06T15:16:01Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted X-C=O<br /> a |<br /> O-H</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18584 2007-11-06T15:15:34Z

<p>129.120.138.189: /* Carboxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted X-C=O<br /> |<br /> O-H</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18583 2007-11-06T15:15:08Z

<p>129.120.138.189: </p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted X-C=O</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18582 2007-11-06T15:13:54Z

<p>129.120.138.189: </p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carbonyl Group==<br /> <br /> The Carbonyl group is formed by attaching a oxygen to a [[carbon]] by a [[double bond]], then attaching that same carbon atom to a molecule. A carbonyl group is denoted X-C=O<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by starting with a carbonyl group , then attaching a hydroxyl group to the same carbon atom in the carbonyl group. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted X-C=O<br /> |<br /> O-H</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18581 2007-11-06T15:07:06Z

<p>129.120.138.189: </p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)<br /> <br /> ==Carboxyl Group==<br /> <br /> The carboxyl group is formed by attaching a [[oxygen]] to a [[carbon]] by a [[double bond]], then attaching a [[hydrogen]] to that same carbon atom. Finally, the carboxyl group is added to a molecule. Because carbon has four [[bonding sites]], and three of them are taken up by the hydrogen and oxygen, the bond from the carbon to the molecule is a single bond. A carboxyl group is denoted X-C-H<br /> &lt;nowiki&gt;||&lt;/nowiki&gt;</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18580 2007-11-06T14:59:52Z

<p>129.120.138.189: /* Hydroxyl Group */</p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted X-O-H. (where O is oxygen, H is hydrogen, and X is the molecule the hydroxyl group is attached to)</div>

129.120.138.189 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18579 2007-11-01T18:54:03Z

<p>129.120.138.211: </p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a [[hydrogen]] atom to a molecule. Both the bond from the molecule to the oxygen and the bond from the oxygen to the hydrogen are single bonds; thus hydroxyl groups are usually denoted -O-H.</div>

129.120.138.211 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18578 2007-11-01T18:51:36Z

<p>129.120.138.211: </p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen atom]] and a</div>

129.120.138.211 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18577 2007-11-01T18:51:16Z

<p>129.120.138.211: </p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [[oxygen]] and a</div>

129.120.138.211 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18576 2007-11-01T18:50:56Z

<p>129.120.138.211: </p> <hr /> <div>==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function. Some basic ones are listed below.<br /> <br /> ==Hydroxyl Group==<br /> <br /> The hydroxyl group is formed by attaching a [oxygen] and a</div>

129.120.138.211 https://ideawaza.com/index.php?title=Archive:Introduction_to_Functional_Groups&diff=18575 2007-11-01T18:49:07Z

<p>129.120.138.211: New page: ==Introduction== Functional groups are groups of atoms within a molecule that affect its function.</p> <hr /> <div><br /> ==Introduction==<br /> <br /> Functional groups are groups of atoms within a molecule that affect its function.</div>

129.120.138.211