I'm assuming you are referring to the hydrogen combustion reaction shown below:
2 H2(g) + O2(g) -> 2 H2O(g)
Since three moles of gas are converted to two moles of gas, the pressure of the system deceases causing an implosion.
Hydrogen can explode when mixed with oxygen in the presence of an ignition source. This can happen in environments where hydrogen and oxygen are present in the correct proportions, such as in a confined space. It is important to handle hydrogen safely to prevent such explosions.
Hydrogen sulfide itself is not flammable and does not explode. However, when mixed with air within a certain concentration range (4.3% to 46%), it can become highly flammable and explosive. It is important to handle hydrogen sulfide with caution to prevent accidental ignition and explosion.
Oxygen has a tremendously greater attraction for electrons than hydrogen does, so when hydrogen donates an electron to oxygen, there is a substantial release of energy. This energy appears in the form of heat, so the gases (hydrogen, oxygen, and water vapor which is the product of the reaction) will be very hot. Hot gases expand rapidly, hence, they explode.
Never. Earth cannot implode. For its mass and composition, Earth is about as compressed as it will ever be.
Implode depth refers to how many levels deep an implosion or collapse occurs within a system or structure. It is a measure of the extent or severity of the collapse within the system.
The opposite of implode is explode.
The antonym of 'implode' is 'explode'.
Hydrogen is highly flammable and can explode when exposed to a spark, flame, or heat source in the presence of oxygen. The explosion occurs due to the rapid combustion of hydrogen gas with oxygen in the air.
Explode
implode.
CodedGoadedLoadedExplodedCorroded
Implode means to collapse inwardly, but explode means blow up, or outwards. Exactly
explode, load. see rhymes.com
To explode is to burst outward with force. The antonym of explode is the word implode, which means to burst inward
implode
As you move upward the external pressure decreases. Thus all would try to "explode" ... but your examples would probably not (they would resist the pressure drop).
It will implode, because there is no air pressure inside of the tube, yet there is 14.7 PSI of air on the outside.