<?xml version="1.0" encoding="UTF-8" ?>
			<rss version="2.0">
			<channel>
			<title>4ch4n - phys2</title>
			<link>http://4ch4n.org/phys2</link>
			<description>Live RSS feed for http://4ch4n.org/phys2</description>
			<language>en</language><item>
				<title>174</title>
				<link>http://4ch4n.org/phys2/res/174.html</link><description><![CDATA[[http://4ch4n.org/phys2/src/121309087935.jpg] <br /><br>Look at what a fine university we attend. Discuss.<br><br>]]></description>
				</item><item>
				<title>173</title>
				<link>http://4ch4n.org/phys2/res/163.html#173</link><description><![CDATA[<a href="/phys2/res/163.html#172" onclick="javascript:highlight('172', true);" class="ref|phys2|163|172">&gt;&gt;172</a><br><br>PS:<br>The original image was reposted on /b/. Enter at your own risk<br><br>]]></description>
				</item><item>
				<title>172</title>
				<link>http://4ch4n.org/phys2/res/163.html#172</link><description><![CDATA[As much as we all love nudity, try and keep it in boards that are not used for homework. Some people visiting here have virgin eyes that have not yet seen the wonders of the internet, so keep these boards clean (or post text/solid colors over the naughty parts).<br><br>xoxoxo,<br><br>The Admin<br><br>]]></description>
				</item><item>
				<title>171</title>
				<link>http://4ch4n.org/phys2/res/171.html</link><description><![CDATA[[http://4ch4n.org/phys2/src/121253404524.png] <br /><br>Thanks to all of you who have have submitted help for other students here. I know a lot of people have contributed. It&#039;s been a good year.<br><br>For those of you continuing on to Physics 3, that board has freshly been put up at <a href="http://4ch4n.org/phys3/">http://4ch4n.org/phys3/</a><br><br>As a reminder, there are boards for all of Chem 1, all of Math 3, and Physics 1-3. If you&#039;d like any more, just post about it in /r/ (requests).<br><br>]]></description>
				</item><item>
				<title>167</title>
				<link>http://4ch4n.org/phys2/res/158.html#167</link><description><![CDATA[An Expanding Monatomic Gas<br><br>answer=123<br><br>(2000-1260)/n/(5R/3)=t=-10.68<br>135-10.68=124.31<br><br>]]></description>
				</item><item>
				<title>166</title>
				<link>http://4ch4n.org/phys2/res/158.html#166</link><description><![CDATA[[http://4ch4n.org/phys2/src/121246995246.jpg] <br /><br>Work from an Adiabatic Expansion<br><br>]]></description>
				</item><item>
				<title>165</title>
				<link>http://4ch4n.org/phys2/res/158.html#165</link><description><![CDATA[Has anyone done the short one - An Expanding Monatomic Gas?<br><br>]]></description>
				</item><item>
				<title>164</title>
				<link>http://4ch4n.org/phys2/res/158.html#164</link><description><![CDATA[whoever you are ... have a great summer and u better be taking physics 3 in the fall ... I LOVE U<br><br>]]></description>
				</item><item>
				<title>163</title>
				<link>http://4ch4n.org/phys2/res/163.html</link><description><![CDATA[[http://4ch4n.org/phys2/src/121246729894.jpg] <br /><br>Part A: D<br>Part B: C<br>Part C: C<br>Part D: C<br>Part E: C<br>Part F: Q_c*T_h/T_c-Q_c<br><br>]]></description>
				</item><item>
				<title>162</title>
				<link>http://4ch4n.org/phys2/res/162.html</link><description><![CDATA[[http://4ch4n.org/phys2/src/121246592877.jpg] <br /><br>HAI GUYS - I don't have a keyboard and I am a complete faggot<br>]]></description>
				</item><item>
				<title>161</title>
				<link>http://4ch4n.org/phys2/res/158.html#161</link><description><![CDATA[Part A: 208J<br>Part B: 712J<br>Part C: 924J<br>Part D: 208J<br><br>]]></description>
				</item><item>
				<title>160</title>
				<link>http://4ch4n.org/phys2/res/158.html#160</link><description><![CDATA[Part A: 9*p_0*V_0<br>Part B: 0<br>Part C: -3*p_0*V_0<br>Part D: 0<br>Part E: 6*p_0*V_0<br>Part F: 4*T_1/3<br><br>]]></description>
				</item><item>
				<title>159</title>
				<link>http://4ch4n.org/phys2/res/158.html#159</link><description><![CDATA[Part A: C<br><br>Part B: 0<br><br>Part C: D,C,I<br><br>Part D: p_0*V_0*ln(R_V)<br><br>Part E: same as Part D<br><br>Part F: 4th option (A&amp;B only)<br><br>]]></description>
				</item><item>
				<title>158</title>
				<link>http://4ch4n.org/phys2/res/158.html</link><description><![CDATA[[http://4ch4n.org/phys2/src/121246168036.jpg] <br /><br>We are all dirty little cheaters...<br>That said here is part of the homework =D <br><br>The First Law of Thermodynamics Derived:<br>(In terms of A,B,C...)<br>Part A: B<br>Part B: dU+dW<br><br>Two Conventions, One Law:<br>Part A: 16J<br>Part B: 40J<br>Part C: -16J<br>Part D: A<br>Part E: D<br>Part F: A<br>Part G: 730 kJ<br>Part H: -230 kJ<br>Part I: -730 kJ<br><br>Work Done by an Expanding Gas:<br>Part A: pA<br>Part B: pA*dx<br>Part C: A*dx<br>Part D: p*dV<br>Part E: p_0(V_1-V_0)<br>Part F: positive<br>Part G: p_0(V_1-V_0)<br><br>Internal Energy of Air:<br>Part A: 6400 J<br>Part B: 5500 J<br>Part C: 3200 m<br><br>Piston in Water Bath:<br>Part A: 0,+,+<br>Part B: -,-,0<br>Part C: 0,-,-<br>Part D: +,0,-<br><br>Relationships between Molar Heat:<br>Part A: nC_VdT<br>Part B: (dU)/(ndT)<br>Part C: (nC_VdT + pdV)/(ndT)<br>Part D: C_V + R<br>Part E: (C_V + R)/(C_V)<br><br>Isobaric Expansion:<br>Part A: 5T_0<br>Part B: p_0(5V_0 - V_0)<br>Part C: 10p_0V_0<br><br>]]></description>
				</item><item>
				<title>157</title>
				<link>http://4ch4n.org/phys2/res/157.html</link><description><![CDATA[[http://4ch4n.org/phys2/src/12124485341.gif] <br /><br>Has anyone finished our last homework of the year?<br><br>]]></description>
				</item></channel>
			</rss>