The depth (in nearest multiple of 10) in m, under the sea, that one must reach for the magnitude of difference in pressure between the inside and outside of a submarine to be the same as that experienced between the inside and outside of a manned spacecraft out in space, is________ m.
Answers
Answered by
0
hey mate here is your answer
When you are in space ,the most pressure differential the hull of the space craft must withstand is 1 ATM .It's negative 1 ATM but the strenght to withstand 1ATM plus or minus is roughly the same .
In the deep sea ,you encounter 1ATM of pressure at 30 feet depth or 10 meter
The Marianas Trench is 11000 meters deep so the hull of submarines there would be subjected to 1100 times more than a space craft see in space
Hope it may help you
When you are in space ,the most pressure differential the hull of the space craft must withstand is 1 ATM .It's negative 1 ATM but the strenght to withstand 1ATM plus or minus is roughly the same .
In the deep sea ,you encounter 1ATM of pressure at 30 feet depth or 10 meter
The Marianas Trench is 11000 meters deep so the hull of submarines there would be subjected to 1100 times more than a space craft see in space
Hope it may help you
Similar questions