Most likely this is some sort of radioactive decay.
Transmutation.
Molecular compounds are formed by two chemical reactions forming in the cell of the nucleus.
The fluoride ion is the ion formed by the element fluorine
Silicon is a naturally occurring element. It, like all elements other than hydrogen, was formed inside of a star through the process of nuclear fusion.
Weathering is the process in which soil, sand, and sediment are formed.
It is formed by the process of denudation
Isotopes of the element is formed when the number of neutron changes.
The atomic number of an element is FIXED it can not normally be changed. However, if the element's atom is struck by an atomic particle or the element is radioactive then the composition of the atoms nucleus can be altered. Changes to the composition of the nucleus can cause a NEW element to be formed or indeed split the atom into two NEW smaller/lighter atoms.
They can tell whether the nucleus formed is that of a new element or that of an isotope by determining the number of protons inside the nucleus. If the number of protons are different, then it is a different element (not necessarily new). If the number of protons are the same, then it is an isotope.
Electrons and the atomic nucleus; the nucleus contain protons and neutrons (which are formed from quarks and gluons).
platelts
In alpha decay, the nucleus loses 2 protons and 2 neutrons. This causes the atomic number to decrease by 2, thus a new element is formed. The mass also changes by 4. Extra energy is also released as gamma radiation. In beta decay, one neutron in the nucleus changes into a proton and the nucleus emits a beta particle (the electron). Also gamma rays may be released calling away extra energy. The nucleus now has 2 more proton so the atomic number increases by 1 and again a new different element has been formed. The mass number of the isotope is still the same.
A chemical compound is formed from chemical elements.A chemical element is formed from atoms; atoms contain an atomic nucleus (protons and neutrons), electrons and...vacuum.
They can tell whether the nucleus formed is that of a new element or that of an isotope by determining the number of protons inside the nucleus. If the number of protons are different, then it is a different element (not necessarily new). If the number of protons are the same, then it is an isotope.
All the atoms of an element have the same number of protons in the nucleus of each atom. When the nucleus of a radioactive element such as Uranium splits into pieces, the "new" atoms formed have smaller numbers of protons in each atom.
Glucose is formed by photosynthesis. The other product is oxygen, but that is an element.
The changing of one element into another, called transmutation, involves a change in the nucleus of the atom. And the number of protons in the nucleus must change for one element to become another one. It is the number of protons in the nucleus of an atom that determines what element that atom is, and only a change in the proton count will herald the change of one element into another. The neutron count may or may not change in transmutation, but be assured that the number of protons will change.
The process where an element turns to another is radioactive decay, and exposure to radioactivity is dangerous.