I believe that the appropriate property to explain this is electronegativity, which is the amount of attraction that an atom has for electrons. Compared to other elements, that number is huge for oxygen.
Why that number is huge is a little difficult to explain, but basically it's because oxygen atoms by themselves have two empty "holes" of energy that electrons could fit in. It turns out that all atoms having these empty "holes" are much more stable when they're filled rather than empty. Therefore, one oxygen atom will often find another and they will share two of their electrons with each other, effectively filling each others energy "holes" and therefore becoming more stable. By joining forces in this way, the now labeled O2 molecule has all of its energy "holes" filled and will therefore be quite reluctant to empty them back out. That's why they're hard to break apart.
oxygen, b/c it is anaerobic ( meaning it doesnt use oxygen)
Glass is flexible to some degree but can easily break upon impact.
oxygen
a sandstone would break more easily because a quartzite is harder. a quartzite is made of sandstone melted together by magma
Some types of stones that break easily when struck include shale, limestone, and sandstone. These stones have a relatively low hardness and can fracture or shatter upon impact.
because its a gas
Oxygen molecules have a strong double bond between the two oxygen atoms, which requires a significant amount of energy to break. This double bond holds the two oxygen atoms together tightly, making oxygen relatively stable and less likely to break easily compared to other nonmetals.
Oxygen is a gas, and gases do not break. Solids can break, especially if they are brittle. Note that oxygen is not the only nonmetal that is a gas. Nitrogen is another significant example. All the noble gases are also nonmetals.
Oxygen plays a crucial role in the decay process by allowing aerobic bacteria and other microorganisms to break down organic matter. These organisms utilize oxygen to oxidize the organic compounds, facilitating decay. In the absence of oxygen (anaerobic conditions), different types of bacteria can still break down organic matter through fermentation or other processes.
No, the Macbook Air does not break easily.
Oxygen molecules are stable because they have a full set of electrons in their outer shell, making them less likely to react with other elements. This stability prevents oxygen from breaking apart easily under normal conditions.
no. it doesnt break
maybe she doesnt feel love and doesnt want to break the guys heart
NO it totaly doesnt. Ive had mine for a year. Its been burided in the snow for hours its been left in the rain and it has been throw to the ground MANY times.
light
Yes, they will break easily. 1 ollie and your board is gone
Pollution containing Oxygen, and Solar radiation. The Solar radiation from the Sun causes the Oxygen molecules in pollutants to bond and the carbon molecules to break away, causing Ozone (O4) to form.