While there are 4 combinations of isotopes of bromine in this molecule, there are only 3 different masses of bromine: heavy-heavy, heavy-light, and light-light.
Thus 3 x 3 = 9 different masses.
There is only one naturally occurring mass of Cl₂O molecule, which is the mass of the Cl₂O compound itself. Cl₂O molecules with different masses are typically man-made through isotopic enrichment or other methods.
Hydrogen can't exist as a three-atom single-element molecule no matter what you do to it - it has only one bonding site. If you stick an atom with two bonding sites between the hydrogen atoms you can pull it off, but this isn't a question about water. Oxygen can naturally exist as a three-atom molecule - it's ozone.
Only one type of CCl4 molecule can exist, as it is a specific chemical compound with a defined molecular structure consisting of one carbon atom and four chlorine atoms. Therefore, there is only one possible mass for a CCl4 molecule.
Some elements do not naturally occur as diatomic molecules, such as helium, neon, argon, krypton, and xenon. These elements exist as monatomic gases because they are stable in their single atom form due to having a full valence electron shell.
No. Several nonmetals form molecules. Here they are with the molecules they can exist as. Some of the rarer molecules are excluded Hydrogen (H2), Carbon (C60 and other fullerenes) Nitrogen (N2), Oxygen (O2, O3), Fluorine (F2), Phosphorus (P4), Sulfur (S8), Chlorine (Cl2), Selenium (Se8), Bromine (Br2), Iodine (I2)
There is only one naturally occurring mass of Cl₂O molecule, which is the mass of the Cl₂O compound itself. Cl₂O molecules with different masses are typically man-made through isotopic enrichment or other methods.
Hydrogen can't exist as a three-atom single-element molecule no matter what you do to it - it has only one bonding site. If you stick an atom with two bonding sites between the hydrogen atoms you can pull it off, but this isn't a question about water. Oxygen can naturally exist as a three-atom molecule - it's ozone.
In a sample of chlorine gas, all molecules are diatomic composed of two chlorine atoms. This means there is only one type of molecule in the sample, with a molecular formula Cl2.
Only one type of CCl4 molecule can exist, as it is a specific chemical compound with a defined molecular structure consisting of one carbon atom and four chlorine atoms. Therefore, there is only one possible mass for a CCl4 molecule.
Some elements do not naturally occur as diatomic molecules, such as helium, neon, argon, krypton, and xenon. These elements exist as monatomic gases because they are stable in their single atom form due to having a full valence electron shell.
Many atoms exist in the form of different isotopes. These have different numbers of neutrons and so their atomic masses are different. The atomic mass for the element is the average of these masses, weighted together according to their abundance.
Not naturally,but yes they do exist.
molecules
Both nitrogen and oxygen exist at standard temperature and pressure as diatomic molecules. Therefore, the relative masses of equal numbers of molecules of the substance will the same as the ratios of their atomic masses, which are 15.9994 for oxygen and 14.0067 for nitrogen. The mass of oxygen that contains the same number of molecules as 42 g of nitrogen is 42(15.9994/14.0067) or 48 g, to the justified number of significant digits.
One of these which are called, solids, liquids or gases can be naturally it different states.
Most elements have different types of atoms. These variations on an element's atoms are called isotopes and have different numbers of neutrons and thus different atomic masses. It is also possible to artificially create other isotopes of elements that do not exist "naturally," even for the few elements that normally have only one isotope (e.g. gold, arsenic, cobalt, aluminum, phosphorus).
No. Several nonmetals form molecules. Here they are with the molecules they can exist as. Some of the rarer molecules are excluded Hydrogen (H2), Carbon (C60 and other fullerenes) Nitrogen (N2), Oxygen (O2, O3), Fluorine (F2), Phosphorus (P4), Sulfur (S8), Chlorine (Cl2), Selenium (Se8), Bromine (Br2), Iodine (I2)