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User avatar #20 - thegorn (06/23/2012) [-]
Who says gravity doesn't work on prayers?
User avatar #28 to #20 - teevanator (06/23/2012) [-]
Tryed using F=Ma on thoughts, nigga? No mass = no force.
#24 to #20 - dakoolbean (06/23/2012) [-]
If gravity worked on prayers, how much does a prayer weigh, and how fast does a prayer travel? Can you "throw" your prayer to make it go a certain speed? Give me that information, and I can tell you if your prayer will make it to Mecca from a given location.
User avatar #111 to #24 - ishalltroll (06/24/2012) [-]
Prayers are either sound or energy. So we need to know how much sound weighs (which makes absolutely no fucking sense but whatever) or know what kind of energy prayers are made of, and how much that weighs.
User avatar #45 to #24 - thenewgizmobox (06/23/2012) [-]
does that mean we could hit people with our prayers?
"don't make me prey at you!"
#46 to #45 - N. Korean citizen (06/23/2012) [-]
It worked on Giegue
So why the fuck not?
#32 to #24 - landkreuzer (06/23/2012) [-]
everything is affected by gravity! Duuuuh.
#50 to #32 - Lawlor (06/23/2012) [-]
....No... everything is not affected by gravity.
....No... everything is not affected by gravity.
User avatar #27 to #24 - thegorn (06/23/2012) [-]
Ok physicsfag, let's see if you can do this. Prayers obviously travel at the speed of sound, how much would it have to weigh to get to Mecca from say, Time Square, NY?
#34 to #27 - dakoolbean (06/23/2012) [-]
The Escape Velocity of Earth is about 25,000 MPH while the speed of sound at sea level (Time Square, NY is about 86 ft. above sea level) is 768 MPH so technically, yes, somewhere over the Ocean the sound waves should fall into the Ocean. But sound travels as a vibration through the collisions of atoms, and therefore has no real weight and without weight cannot fall, only fade.

The sound waves of your prayer fade before reaching Mecca.
#36 to #34 - landkreuzer (06/23/2012) [-]
And what if there are thought-waves and they can travel through Earth in a straight line?
User avatar #29 to #27 - DemonX (06/23/2012) [-]
About 3.50kg.
User avatar #30 to #29 - thegorn (06/23/2012) [-]
What angle does it get launched in?
User avatar #31 to #30 - DemonX (06/23/2012) [-]
That way --->
User avatar #39 to #31 - thegorn (06/23/2012) [-]
So an object weighing 3.5 kg will orbit the earth at ground level going at 343 meters per second?
User avatar #35 to #31 - thegorn (06/23/2012) [-]
horizontally?
User avatar #41 to #35 - DemonX (06/23/2012) [-]
Wait! I've changed my mind. It goes ♂ way. (I couldn't find a diagonal directional arrow, so that'll have to do.)
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