hello! The weekend just cant come soon enough! - just a little prompt that if you can tag your photos, videos and tweets with 'chemroundhouse10' for all the shows this week we going to be bringing them all into the site - so get tagging! x
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Tag Your Stuff!
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#3
Posted 18 May 2010 - 8:28 PM
ill probably just fill up the feed with "aghhhhhh this is amazing!!!!" a few hundred times during the shows!
Your love keeps lifting me...
Defined a little more formally, "escape velocity" is the initial speed required to go from an initial point in a gravitational potential field to infinity with a residual velocity of zero, with all speeds and velocities measured with respect to the field
Defined a little more formally, "escape velocity" is the initial speed required to go from an initial point in a gravitational potential field to infinity with a residual velocity of zero, with all speeds and velocities measured with respect to the field
#4
Posted 18 May 2010 - 8:32 PM
can you tag on photobucket too? or is it only through flikr?
Your love keeps lifting me...
Defined a little more formally, "escape velocity" is the initial speed required to go from an initial point in a gravitational potential field to infinity with a residual velocity of zero, with all speeds and velocities measured with respect to the field
Defined a little more formally, "escape velocity" is the initial speed required to go from an initial point in a gravitational potential field to infinity with a residual velocity of zero, with all speeds and velocities measured with respect to the field
#6
Posted 19 May 2010 - 3:52 PM
but you have to have a yahoo account and i hate yahoo
Your love keeps lifting me...
Defined a little more formally, "escape velocity" is the initial speed required to go from an initial point in a gravitational potential field to infinity with a residual velocity of zero, with all speeds and velocities measured with respect to the field
Defined a little more formally, "escape velocity" is the initial speed required to go from an initial point in a gravitational potential field to infinity with a residual velocity of zero, with all speeds and velocities measured with respect to the field
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