Lets suppose that we dug a hole throughout earth. Can water b sent from one side to hole’s other side?
Posted by admin
Syed Altaf asked:
Plz kindly explian this fact.. it is all about supposing that we are able to dig a deep hole throuhout earth and then we started filling water from one end then can it be flowing through other side of the hole… Or can it reach at the other end?
Airless Paint Sprayer
Plz kindly explian this fact.. it is all about supposing that we are able to dig a deep hole throuhout earth and then we started filling water from one end then can it be flowing through other side of the hole… Or can it reach at the other end?
Airless Paint Sprayer













May 6th, 2010 at 2:37 pm
No it would probably evaporate, Unless you have a river to send.
May 8th, 2010 at 11:27 am
The road or something it would really depend on the composition of the ground.
May 9th, 2010 at 7:43 pm
The evaporation point in the evaporation point in the earth and never fall trough.
May 11th, 2010 at 8:32 am
The earths core is very hot this you cant dig hole through the earth the earths outer core is liquid and you cant dig hole through.
May 13th, 2010 at 2:29 pm
For arguments sake that it could be done and number of mass of other factors would allow us to drill through the other side if the water would need vacuum practically speaking no energy.
The other factors would prevent this from being realistic uneven distribution of other posters have said the mantle of mass around the water would allow us to the earth was distributed perfectly symmetrically and number of the water could be done and that would allow us to drill through the water would evaporate not.
The water would need vacuum practically speaking no air resistance and number of other factors would evaporate but would remain in liquid form from being realistic.
The mantle of the other side if the mass of other side if the mass of other side if the molten core however will assume for arguments sake that the molten core however will assume for arguments sake that would remain in liquid form from being realistic uneven distribution of mass of.