Isotopes means nothing but they have same atomic number but different mass number that means they have same number of protons but they don't have same number of neutrons as that of protons.So because of existing extra neutrons only isotopes are existing.
The processes that create nuclei (e.g. supernova explosions, stellar fusion burning, nuclear fission, nuclear decay) have random components in their behavior. This results in differing numbers of protons (isotones aka elements) and differing numbers of neutrons (isotopes) in their products.
because not all atoms are the same, some have a different number of neutrons, this leads to a difference in the atom's mass number. when you look at the Periodic Table the Atomic Mass has decimals, that is because of the different mass of the isotopes.
Because stable nuclei can be formed with different mass numbers.
Atoms have DIFFERENT ISOTOPES due to DIFFERENT NUMBERS OF NEUTRONS.
Each element can have different amounts of neutrons in its nucleus, but still keep the same number of electrons and protons, in each case they are called isotopes, which have different mass.
Pluck the nuetron out with tweaser
No, isotopes of light elements exist as well. For example, there are several isotopes of the lightest element, hydrogen.No, even the lightest element (hydrogen (H)) has isotopes. These are called Deuterium and Tritium.All elements have isotopes but some of them are very unstable and have disappeared in nature over time.
Boron is both: Isotopes with mass numbers of 10 and 11 occur naturally, and isotopes with mass numbers of 8, 9, 12, and 13 have been synthesized.
The atomic mass of gadolinium is 157.25 (which is the measured mass based on the various isotopes which occur in nature).
The daughter isotope is the result of the radioactive disintegration of the parent isotope. For example radium is a product of the uranium disintegration.The two isotopes have different chemical (different atomic numbers, etc.), physical and nuclear properties.
If the chemical element has isotopes, each isotope has a specific and different atomic mass.
isotopes
No - the lightest element Hydrogen has three known isotopes
The weighted average for all isotopes that occur in nature for an element is its atomic weight listed on the Periodic Table of the elements.
Some oxygen isotopes are radioactive, but they do not occur naturally.
Most of the natural occurring (isotopes of) elements are NOT radioactive.Though most of all the known isotopes are radioactive but most of them do NOT naturally occur.
It sure can; basically, each element has radioactive isotopes. Check the Wikipedia article "isotopes of oxygen" for more details.
The isotopes are not manufactured for specific uses, they occur in nature naturally.
Quarks and leptons are not elements.
No, isotopes of light elements exist as well. For example, there are several isotopes of the lightest element, hydrogen.No, even the lightest element (hydrogen (H)) has isotopes. These are called Deuterium and Tritium.All elements have isotopes but some of them are very unstable and have disappeared in nature over time.
Boron is both: Isotopes with mass numbers of 10 and 11 occur naturally, and isotopes with mass numbers of 8, 9, 12, and 13 have been synthesized.
Boron is both: Isotopes with mass numbers of 10 and 11 occur naturally, and isotopes with mass numbers of 8, 9, 12, and 13 have been synthesized.
It occurs due to the instability of the element. It is a spontaneous process. Radioactive atoms are known as isotopes.