A structural problem on a submarine may make it possible for that vessel to be crushed as it descends. It may or may not be likely to be crushed, and that would depend on the nature of the problem and how deep the submarine descended.
False
False
Just like gases, water exerts pressure due to its weight, and this pressure increases with depth. As a submarine descends, the water pressure surrounding it intensifies, which can be fatal if there are structural weaknesses in the hull. If these weaknesses are not addressed, the immense pressure can cause the submarine to be crushed, compromising its integrity and safety. This is why submarines are designed to withstand significant underwater pressure.
true
Call a structural engineer.
improper structural technology regarding plans
Steam powered submarine torpedoes had a flaw when a submarine fired torpedoes in daylight. The torpedoes created a massive stream of bubbles that rose to the surface of the ocean and enemy ships could see that they were under attack. The bubble stream also gave away a submarine's position. This problem was solved for the Germans when they developed electric torpedoes. No bubbles were produced. The US Navy captured some of the enemy torpedoes and used them for models of their own new electric torpedoes.
problem management
Gives governments more options. SMs can be where they say they're not or may not be where they say they are. Complicates the problem for aggressors.
there is no problem to built a spherical building. structural engineer can design the building and execution engineer can execute it without much problem.
Submarines solve the problem of not knowing what's under the water. They also aid us in underwater attacks during war, giving us an advantage over others.
From my experience it is probably a short in the switch panel.