It depends what is meant by 'decay'. It will not alter the atomic decay rate but elements can be chemically affected by the environment which can chemically decay them.
You think probable to radioactive decay.
Yes, the course of a reaction can be traced by using a stable isotope. By incorporating a stable isotope into a reactant or product molecule, its presence can be detected using various analytical techniques, such as mass spectrometry, NMR spectroscopy, or isotopic dilution. This allows researchers to track the transformation of the isotope-labeled molecule and gain insights into the reaction mechanism and kinetics.
If you think to stable isotope Ca-135 this have 80 neutrons.
You think probable to chemistry and especially to analytical chemistry.
Chemistry has to do with matter and the changes that matter undergoes. It has everything to do with the world around us because everything is made up of matter, a simple concept to think of when considering matter would be how water can change from a liquid to a gas or solid.
You think probable to radioactive decay.
You think probable to isotopes; but the most important isotope of artificial radioactive elements is included in the periodic table.
Conventional chemistry deals with interactions between compounds formed from whole atoms. Think about the Law of Multiple Proportions... small, whole number ratios. Where nuclear chemistry departs from conventional chemistry is in the whole part. Nuclear chemistry deals with interactions of sub-atomic particles, such as atomic decay (fission) and atomic synthesis (fusion) reactions. For example; conventional chemistry describes a reaction between potassium ions and hydroxide ions to form potassium hydroxide (K++OH- -> KOH), whereas nuclear chemistry describes the emission of a positron from potassium-40 to become the more stable isotope potassium-39 (4019K -> 3919K + 10β). The inclusion of sub-atomic particles is one of the most obvious unique characteristics of nuclear chemistry from conventional chemistry. Also, as the name implies, nuclear chem is all about stuff happening in the nucleus of a single atom, whereas typical chem is about the stuff happening around the nucleus of multiple atoms.
Yes, the course of a reaction can be traced by using a stable isotope. By incorporating a stable isotope into a reactant or product molecule, its presence can be detected using various analytical techniques, such as mass spectrometry, NMR spectroscopy, or isotopic dilution. This allows researchers to track the transformation of the isotope-labeled molecule and gain insights into the reaction mechanism and kinetics.
If you think to stable isotope Ca-135 this have 80 neutrons.
i think that if you drink dark colored drinks they will start to change the color of the tooth
i have the same question. i think because they decay things to get their nutrients.
You think probable to inorganic and organic chemistry.
You think probable to the chemistry involved in biological cells.
You think probable to chemistry and especially to analytical chemistry.
Yes. I think
precipitation. I think it's condensation. Precipitation (in chemistry) is the condensation of a liquid to a solid during a chemical reaction.