Similar in number of protons, electrons, thus in chemical properties, except in nuclear reactions.
Different in number of neutrons, mass and a lot of physical properties.
Isotopes are atoms that share the number of protons (which effectively means same number of electrons when neutral) but differ in the number of neutrons (thus the Atomic Mass). Isotopes usually share the same chemically characteristics, since only electrons are involved in simple chemical equations.
But in nuclear chemistry, the isotopes usually differ in stability, since there is an important balance between the number of neutrons and protons in a nucleus that holds it together, thus uncommon isotopes (i.e. ones with atomic mass drastically different from the listed atomic mass on the Periodic Table) usually are extremely unstable and will decay to the more stable form (usually the common atomic mass or to a smaller atom).
Two isotopes of the same element have the same number of protons in their atomic nuclei and if neutral, the same number of electrons as protons. The difference is the number of neutrons in the nucleus.
An isotope is one form of an element. An element's isotopes differ in the number of neutrons. Chemically, all the isotopes of an element are the same. They differ in atomic weight because of the difference in neutrons.
In common use, the word isotope usually refers to the less stable isotopes of an element, which break down through radioactive decay.
Isotopes are the variations of elements regarding the amount of protons and neutrons in a nucleus.
All of the isotopes of an element have the same atomic number, and therefore, the same number of protons in the nuclei of their atoms. They also have the same number of electrons. Isotopes of an element differ in the number of neutrons in the nuclei of their atoms. Since mass number is the number of protons and neutrons in the nuclei of an isotopes atoms, they also differ in mass number.
Their chemistry is almost identical, as is their physical properties.
Before the mass spectrometer it was next to impossible to separate isotopes.
The isotopes of an element has the same number of protons and electrons, but a different number of neutrons.
The number of protons and electrons is identical; the number of neutrons is different.
There can be many similarities among same elements. Same elements might be gaseous or solid at room temperature for example.
Among nitrogen isotopes, only nitrogen-14 and nitrogen-15 are stable against radioactive decay.
In terms of reactivity, Potassium(K) is the most reactive element among group 1 elements.
Aluminum is a chemical element, and in this sense of the word, there is only one type of aluminum in the natural world, because only one isotope of aluminum occurs naturally. However, among non-chemists, the word "aluminum" is often used to mean "any alloy in which aluminum is a predominant constituent, and there are at least dozens of those in commercial use.
The atoms that are radioactive are those with unstable nuclei. There is no easy way to tell which is which, so the isotope has to be looked up. All elements have at least some radioactive isotopes. There are 36 elements for which all radioactive isotopes are synthetic or fission products, so for practical purposes, there are no radioactive isotopes of them in nature, except where introduced by human activity. They include most of the common elements we find in nature, but not all. There are 44 elements that are found as stable isotopes, but at least traces of radioactive isotopes are found in nature. Among these are hydrogen, carbon, sodium, silicon, chlorine, and potassium, all of which are necessary for life. Radioactive potassium, in particular, is present as 0.012% of all potassium. For another group of elements, including technetium, promethium, and all with atomic numbers of 83 (bismuth) or more, there is no isotope that is stable.
One common procedure for comparing cultural similarities and differences among societies is conducting cross-cultural studies. This involves examining various aspects of different cultures, such as beliefs, values, customs, and behaviors, to identify commonalities and differences. Researchers often use methods like surveys, interviews, and observations to gather data and analyze it to draw conclusions about cultural similarities and differences.
Ions and isotopes are both atoms of a given element with a different number of particles. While the number of protons in an element never change, the number of neutrons and electrons can. In an ion their is a different number of electrons, changing the charge, but having a negligible effect on the mass. Among isotopes the number of neutrons varies, changing the atomic mass but not the charge.
Colorful costumes
distinction and similarities among 3 powers of the state
Comparative Embryology
comparative anatomy
There can be many similarities among same elements. Same elements might be gaseous or solid at room temperature for example.
No, the number of neutrons vary, but protons and electrons are static among an element.
Number of neutrons in the nucleus.
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The procedure is called cross-cultural analysis, which involves examining and analyzing the similarities and differences in cultures across societies. This method helps in understanding how different societies function and how culture shapes human behavior in various contexts.
comparative anatomy