<p>yay!!! ya gd to ahve newbies cos the regulars will have to leave someday :(</p>
<p>there comes a time, when u can no longer to continue or maybe ur no more wanted… </p>
<p>Just joking :-)</p>
<p>I think most of the ‘regular’ have more or less left. atleast for all practical purposes</p>
<p>soon it’ll be their thread, not ours :(</p>
<p><em>sobs</em></p>
<p><em>sobs</em> <em>hugs</em> … when are we havin the cc meeting??</p>
<p>we regulars gotta hit 300 man!!! then only leave!!</p>
<p>What? We’re being evacuated after 300??</p>
<p>[hindi movie] Nahiiiiii!!![/hindi movie]</p>
<p>:(</p>
<p>300 posts?</p>
<p>at this rate we’ll ake until the end of july to reach 300.</p>
<p>300 PAGES!!!</p>
<p>We crossed 300 posts a long long time ago :D</p>
<p>not evacuated but feel less guilty for not psting :(</p>
<p>300 PAGES yash :p</p>
<p>hmmm 300 pages, nice</p>
<p>A guy stops to visit his friend who has a broken leg. His friend says, “My feet are cold. Would you get me my slippers from upstairs for me?”</p>
<p>The guy goes upstairs, and there are his friend’s two gorgeous daughters. He says, “Hi, girls. Your dad sent me up here to shag you.” The first daughter says, “That’s not true.” He says, “I’ll prove it.”</p>
<p>He yells down the stairs, “Both of them?”</p>
<p>His friend yells back, “Of course, both of them.”</p>
<p>jerk!!! :p</p>
<p>but i dont understand one thing… wat’s the use? i mean is there a hidden “agenda” to reach 300 pages? A penultimate goal?</p>
<p>Im kinda new to forums, today my first day, so if u do mind explain me :-)</p>
<p>break some CC record??? anyway, look nice to hit 300 rather than leaving at some odd 29x no… :D</p>
<p>yeah 4sure, now i understand the (w)holy quest bequeathed upon u Miss. Neha.</p>
<p>I’ll try to help u in dat, am a really gud poster, PhD ******** ;-)</p>
<p>hey btw, neha are u gud in physics? got a question am really stuck on, mind helping?</p>
<p>A binary star consists of 2 dense spherical masses of 10(power of 30) kg and 2 x 10(power of 30) whose centres are 10(power of 7) km apart and which rotate together with a uniform angular velocity w about an axis which intersects the line joining their centres. Assuming that the only forces acting on the stars arise from their mutual gravitational attraction, and that each mass may be taken to act at its centre, show that the axis of rotation passes through the centre of mass of the system and find the value of w.</p>
<p>thanxs in advance, neha!</p>
<p>yash i forgot all my gravitation… 
i was done with them in nov!!.. i only rem F is inversly prop to radius/dist…
u shud go mit/caltch forum n ask!!! sorry man</p>