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	<title>scubagearhq.com &#187; As a SCUBA diver descends below the water surface increasing her depth&#8230;.?</title>
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		<title>As a SCUBA diver descends below the water surface increasing her depth&#8230;.?</title>
		<link>http://www.scubagearhq.com/scuba-regulator/as-a-scuba-diver-descends-below-the-water-surface-increasing-her-depth/</link>
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		<pubDate>Tue, 30 Jun 2009 04:48:10 +0000</pubDate>
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				<category><![CDATA[Scuba Regulator]]></category>

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		<description><![CDATA[As a SCUBA diver descends below the water surface increasing her depth, she experiences increasing pressure. Recall that the job of a Scuba Regulator is to deliver air to the diver at the ambient pressure (that is, the pressure of the surrounding water at the diver’s current depth). If the diver is breathing air from [...]]]></description>
			<content:encoded><![CDATA[<p>As a SCUBA diver descends below the water surface increasing her depth, she experiences increasing pressure. Recall that the job of a <a href="http://scubagearhq.com" target=_self>Scuba Regulator</a> is to deliver air to the diver at the ambient pressure (that is, the pressure of the surrounding water at the diver’s current depth). If the diver is breathing air from her tank at a pressure of 4 atmospheres, what is her current depth?</p>
<p>If she is at 4 atmospheres of ambient pressure which includes the 1 atmosphere at the surface, then in salt water she would be at 99 feet but in fresh water<br />
She would be at 2 atms at 33ft<br />
3 atms at 66 ft<br />
4 atms at 99 ft.</p>
<p>I she is in fresh water she would be at 102 feet because fresh water is less dense than salt water.<br />
She would be at 2 atms at 34 ft<br />
3 atms at 68 ft<br />
4 atms at 102 ft.</p>
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