One that will not react without an energy input greater than its free energy.
Stability and toxicity are almost entirely unrelated in general, so any question assuming they are related is unanswerable (in the legal venacular, "assumes facts not in evidence"). Perhaps if you were more specific ("why is compound X, which is stable, more toxic than compound Y, which is not stable?") we could answer, but the answer would likely be the same if you left out the entirely irrelevant parts about stability and just asked "Why is X more toxic than Y?".
Chemically stable refers to a substance that does not easily undergo a chemical reaction, while chemically unstable means a substance is reactive and likely to undergo a chemical reaction. Stability is influenced by factors such as bond strength and molecular structure.
Gas is more stable than vapor. Gas refers to a substance that is in a gaseous state at a given temperature and pressure, with molecules spread out and moving freely. Vapor, on the other hand, specifically refers to the gaseous state of a substance that is usually a liquid or solid at room temperature, making it less stable than gas.
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An example of two elements found together in a substance is sodium and chlorine in table salt (sodium chloride). Sodium gives up an electron to chlorine, forming an ionic bond, creating a stable compound.
The most important substance for maintaining a stable thermal environment within the human body is water.Water is the most important substance for maintaining body temperature.
The opposite of nitroglycerin would be a substance that is stable and not explosive.
If talking about the gaseous or liquid form of a particular substance, then the solution is more stable. This is due to the fact that liquids have lower temperatures than gases of the same substance, and low temperatures in turn result in a more stable substance. If talking generally about any solution and any gas, then I can't answer your question as it really depends on what substance you are comparing. PS this is wrong
Stability and toxicity are almost entirely unrelated in general, so any question assuming they are related is unanswerable (in the legal venacular, "assumes facts not in evidence"). Perhaps if you were more specific ("why is compound X, which is stable, more toxic than compound Y, which is not stable?") we could answer, but the answer would likely be the same if you left out the entirely irrelevant parts about stability and just asked "Why is X more toxic than Y?".
Radioactive substances are unstable as a result of the extra neutrons present in the nuclei of the substance. Non-radioactive substances are stable.
because some are stable and some are not stable
Clay makes good bricks because it is a stable substance. This substance gets hard and withstands a great amount of pressure.
Your question has a false assumption. Water is a very stable substance and it is not toxic.
The noun "solvent" is a substance in which another substance may dissolve. The financial term "solvent" means able to pay one's debts, or financially stable.
yes they are used in handwarmers because of their catalyzing properties
The cell would be unable to maintain a stable internal environment.
Chemically stable refers to a substance that does not easily undergo a chemical reaction, while chemically unstable means a substance is reactive and likely to undergo a chemical reaction. Stability is influenced by factors such as bond strength and molecular structure.