"flouring" is not a chemical term. If the questioner meant "fluorine", it or any other element has only one atomic number, which for fluorine is 9. Note that an element may have isotopes with more than one isotope, each of which has a distinctive mass number, but they all have the same atomic number.
The atomic number for Oxygen is 8.
Dredging, breading or coating are terms for flouring meats before cooking.
No element has this atomic number. All atomic numbers are whole numbers.
Atomic number= number of protons. Hydrogen atomic number=1
2 protons as its atomic number is 2
18 protons as its atomic number is 18
The atomic number is derived from how many protons are present in the nucleus of an atom. Becaue you cannot have a fraction of a proton present in an atom, atomic numbers must be non negative integers.
Only the counting numbers can exist as atomic numbers. Fractions and decimals cannot be an atomic number.
Elements with even atomic numbers are more abundant than those with odd atomic numbers because of nuclear stability. Elements with even atomic numbers have equal numbers of protons and neutrons, resulting in more stable nuclei due to pairing effects. This stability makes it easier for elements with even atomic numbers to be formed through various nuclear processes, leading to their higher abundance compared to elements with odd atomic numbers.
The atomic number of boron is 5.
It indicates the protons. Periodic table is based on atomic number.
No, fractional atomic numbers do not exist in the context of the periodic table. Atomic numbers represent the number of protons in an atom's nucleus, and since protons are whole particles, atomic numbers must be whole numbers. However, in certain advanced theoretical contexts, such as in particle physics or discussions about isotopes, concepts may arise that involve fractional charges or effective numbers, but these do not change the fundamental nature of atomic numbers as integers.