The lower you go in the sea, the greater the water pressure, because of all the
water above you, pressing down with its weight. To avoid being crushed by the
water pressure, fish have an internal body pressure that is equal to that of the
external water pressure. When the fish are raised to the surface rapidly, their
internal pressure then is much greater than the air pressure, and it can cause
their bodies to burst. If they are raised more slowly, the pressure has a chance
to equalize.
(Exactly the same reasoning to explain why an astronaut's body would burst if he
forgot to get into his space suit before he stepped out on the veranda and began
a space walk.)
the deep-sea water fishes are in equilibrium with the high pressure of the sea water outside i-e. blood in their bodies flows at very high pressure. when they are brought out the equilibrium is disturbed and the pressure outside becomes low which results in bursting of their bodies.
the deep-sea water fishes are in equilibrium with the high pressure of the sea water outside i-e. blood in their bodies flows at very high pressure. when they are brought out the equilibrium is disturbed and the pressure outside becomes low which results in bursting of their bodies.
High-altitude burst
because when deep sea fish are brought up to the surface after living in such extreme pressure areas for their entire lives, the lack of pressure on them causes them to puff up. so basically, it's because the pressure greatly decreases.
High-altitude Burst
A solar flare.
If enough water pressure build under the surface of the ground, the water can burst through cracks in the surface forming a geyser.
Air Burst
The deadly effects of an atomic, or nuclear weapon include heat, radiation and blast. All three of these effects will propagate over a greater surface area if detonated some distance in the air over the target. Assuming the target population is concentrated at or near the surface, such as a city or most military bases, an air burst would be most deadly. If the target is underground in a hardened bunker, then a surface or even subsurface detonation would be more effective.
air burstAir Burst
Surface Burst
An air burst occurs under 100000 feet but the fireball doesn't contact the earth's surface.
Geyser