By definition you can't have a sub-atomic particle composed of 4 atoms. Sub-atomic means less than atomic. Unless I've misunderstood your question.
There are a total of 16 subatomic particles in 2 beryllium atoms. Each beryllium atom contains 4 protons and 4 neutrons in its nucleus, as well as 4 electrons orbiting the nucleus.
Acetic acid composition: Carbon = 2 atoms Hydrogen = 4 atoms Oxygen = 2 atoms
The chemical formula 4NO5 represents four molecules of nitrogen pentoxide. Each molecule consists of one nitrogen atom and five oxygen atoms, resulting in a total of four nitrogen atoms and twenty oxygen atoms in the compound. Thus, the overall composition includes 4 nitrogen atoms and 20 oxygen atoms.
what is the charge on the subatomic particles represented in figure 4-3? assuming all the particles in the nucleus are visible,
The subscript 4 in the reactants indicates that there are four atoms or molecules of the substance it accompanies. For example, in a chemical formula like ( \text{C}4\text{H}{10} ), the subscript 4 signifies that there are four carbon atoms present in each molecule of that compound. This notation helps in understanding the composition and stoichiometry of chemical reactions.
There are a total of 16 subatomic particles in 2 beryllium atoms. Each beryllium atom contains 4 protons and 4 neutrons in its nucleus, as well as 4 electrons orbiting the nucleus.
The amount of atoms in H3O4 can be determined by adding the subatomic numbers. 3 atoms of hydrogen and 4 atoms of oxygen equal 7 atoms.
Acetic acid composition: Carbon = 2 atoms Hydrogen = 4 atoms Oxygen = 2 atoms
The chemical formula 4NO5 represents four molecules of nitrogen pentoxide. Each molecule consists of one nitrogen atom and five oxygen atoms, resulting in a total of four nitrogen atoms and twenty oxygen atoms in the compound. Thus, the overall composition includes 4 nitrogen atoms and 20 oxygen atoms.
muon
what is the charge on the subatomic particles represented in figure 4-3? assuming all the particles in the nucleus are visible,
Atoms make up most matter around us. In the Universe in general, it seems that atoms make up about 4% of the mass of the Universe. The remainder of the Universe mass is dark matter and dark energy - both of unknown composition.
well, 5% acetic acid has an elemental makeup of C(2)H(4)O(2)
2 aluminum atoms 4 sulphur atoms 4 oxygen atoms
The subscript 4 in the reactants indicates that there are four atoms or molecules of the substance it accompanies. For example, in a chemical formula like ( \text{C}4\text{H}{10} ), the subscript 4 signifies that there are four carbon atoms present in each molecule of that compound. This notation helps in understanding the composition and stoichiometry of chemical reactions.
To find the total number of atoms in the compound (4 \text{Ca}_3(\text{PO}_4)_2), first determine the composition of one formula unit of (\text{Ca}_3(\text{PO}_4)_2). It contains 3 calcium (Ca) atoms, 2 phosphorus (P) atoms, and 8 oxygen (O) atoms (since (2 \times 4 = 8)). Therefore, one formula unit has (3 + 2 + 8 = 13) atoms. Multiplying by 4 gives (4 \times 13 = 52) total atoms in (4 \text{Ca}_3(\text{PO}_4)_2).
4 hydrogen atoms 4 nitrogen atoms 12 oxygen atoms