
| Anonymous #330614 11 months ago |
It's a bit blurry. But very cute. |
| Jackarunda #330628 11 months ago |
Wouldn't being suspended by your tail kinda hurt? |
| Anonymous #330657 11 months ago |
About as much as an Applejack tail yank I assume |
| fixman88 #330667 11 months ago |
*giggles* |
| PynkyPy #330693 11 months ago |
Is it weird my first thought was "I can calculate Pinkie Pie's weight by mesuring the lift force of the baloons."
And YES you can do that. By mesuring the volume of the balloons, you can calculate the pressure of the Helium inside. With that, you can guess how much Helium is in the balloons and get a value of how much weight they displace. Sadly I do not know the exact math. "They float, they ALL FLOAT! As long as thier density is equal to or less than that of water." |
| Mushi #331242 11 months ago |
^
Implying that our physics works to Pikie pie. Considering the ballons as spheres the volume of helium of 13(4/3(pi)r³) where r is the radius of the baloons. Knowing that the average density of the air is 1,225 kg/m³ and E=μ.Vi.g where E=Buoyancy, μ = 1,225 kg/m³ Vi = volume of the ballons and g = gravity we can find the vetor of the bouyancy, adding vectorially with an opposite vector representing Pinkie pie weight we will find the result. If E > 0, Pinkie pie if floating Well, i had a horrible teache of physics 1, so its all i can do. I hope I've helped. |
| Mushi #331254 11 months ago |
Dont know if my grammar is acceptable in this comment, i dont know all the therm in english |
| Mushi #331283 11 months ago |
also implying they are helium baloons |
| Anonymous #331458 11 months ago |
Also implying the pony earth has the same gravitational forces, and atmospheric densities |