This question doesn't make sense. You may mean what is the molecular weight of the chloride ion. In that case it's about 35.5 grams per mole. A mole is a number (called Avagadro's number) that is representative of the amount of Carbon atoms in 12 grams of carbon12. Since different elements weigh different amounts, it's a way to compare the number of molecules or atoms present in a mixture or compound. But for simplicity's sake, just think of it as a number you express with a word--like a dozen means twelve. However, a mole is a very large number. It's 6.022 × 1023 or 602,200,000,000,000,000,000,000. So to have one mole of Hot Dogs, you would have 6.022 × 1023 hot dogs. The molecular weight is expressed in grams per mole. So the chloride ion (Cl-) has a molecular weight of 35.5 which means that one mole of chloride ions weighs 35.5 grams. You can then use this molecular weight to figure out how many moles of an element are in a certain number of grams. If you have 71 grams of chloride, you know that you have 2 moles by multiplying the amount of grams (71g) × 1 mol/35.5g = 2 mols
In the compound NaCl, there is a total of 2 atoms: 1 sodium atom (Na) and 1 chlorine atom (Cl).
Calcium chloride (CaCl2) consists of one calcium atom (Ca) and two chlorine atoms (Cl) in each molecule.
Fe + 2x Cl = Fe + Cl + Cl = 3 atoms per molecule.
It takes less energy to release Cl atoms than F atoms from CFCs because Cl has a larger atomic radius compared to F. This means that the bond between Cl and C in CFCs is weaker, requiring less energy to break. Additionally, Cl is lower in electronegativity than F, making it less likely to form strong bonds, further contributing to the lower energy needed to release Cl atoms.
To find the number of moles of Cl₂ in 985 g, use the molar mass of Cl₂, which is about 70.906 g/mol. The number of moles is calculated by dividing the mass by the molar mass: [ \text{moles of Cl₂} = \frac{985 \text{ g}}{70.906 \text{ g/mol}} \approx 13.9 \text{ moles} ] Since Cl₂ consists of two chlorine atoms, the mass of Cl atoms present can be calculated by multiplying the moles of Cl₂ by 2 and then by the molar mass of chlorine (approximately 35.453 g/mol), resulting in approximately 985 g of Cl atoms.
Zn(ClO3)2 has two chlorine atoms
There are 6 atoms in 3Cl2. Each Cl2 molecule consists of 2 Cl atoms, so when you have 3 molecules of Cl2, you have a total of 6 Cl atoms.
Molar mass of Cl = 35.453g/mol 1mol Cl atoms = 6.022 x 1023 atoms (1.7 x 1022 atoms Cl) x (1mol/6.022 x 1023 atoms) x (35.453g/mol) = 1.0g Cl
In a Cl-Cl molecule, the atoms are sharing 2 electrons, forming a single covalent bond. Each chlorine atom contributes 1 electron to the bond, resulting in a total of 2 shared electrons between the two atoms.
602200000000000000000000 atoms or 6.022 X 10^23
In a 50-50 mixture of Cl-35 and Cl-37, each Cl atom will have an average atomic mass of 36.5. Since Cl has 18 neutrons in Cl-35 and 20 neutrons in Cl-37, the average number of neutrons in each Cl atom will be 19. Therefore, there will be a total of 950 neutrons in 50 atoms of Cl.
Two atoms in the formula unit (not molecule): Na and Cl.
Two molecules of cobalt chloride have 2 Co atoms and 4 Cl atoms.
There are a total of 10 atoms in 3CaCl2. This includes 3 calcium atoms (Ca) and 6 chlorine atoms (Cl).
6NaCl contains 6 atoms of sodium (Na) and 6 atoms of chlorine (Cl), totaling 12 atoms in total.
In the compound NaCl, there is a total of 2 atoms: 1 sodium atom (Na) and 1 chlorine atom (Cl).
There are five atoms in Hg2SCl2: 2 atoms of mercury (Hg), 1 atom of sulfur (S), and 2 atoms of chlorine (Cl).