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Old 06-04-2013, 10:55 PM   #12
eggheadbooks1
Read, don't parrot.
eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.eggheadbooks1 figured out that Keyser Söze was the Kevin Spacey character in less than 20 minutes.
 
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This is as far I seem to be able to get (see jpeg). The CSS is:

Code:
div.FrameSmall{
	border:0px;
	padding:5px 5px 5px 5px;
	float:left;
	width:100%;
	margin: 10px 10px 10px 0px;
And the HTML:

Code:
<div class="FrameSmall">
    <img alt="15.1methane" src="../Images/15.1methane.jpg" width="20%" />

    <p class="First6" style="margin-right:2.5em">where the single lines drawn between the hydrogen (H) and the carbon (C) atoms denote the sharing of a single electron pair. If two electron pairs are shared as often happens when atoms bond with oxygen for example, a double line is drawn, and so on.</p>
  </div>
Or this (it makes no difference to the results):

Code:
 <div class="FrameSmall">
    <img alt="15.2ethane" src="../Images/15.2ethane.jpg" width="20%" />
    <div>

      <p class="First6" style="margin-right:2.5em">Carbon can also share a single electron pair with another carbon atom, with hydrogen providing the remaining three available bonds. In such a case, the resulting compound is ethane (C<sub>2</sub>H<sub>6</sub>), which is depicted on the left.</p>
Any ideas? Anyone?

Michelle
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