Each molecule of C4H4S2 contains 4 carbon atoms, 4 hydrogen atoms, and 2 sulfur atoms. Therefore, there are a total of 100 hydrogen atoms in 25 molecules of C4H4S2.
There are 25 atoms in 5CH4. This is because each methane molecule (CH4) contains 5 atoms (1 carbon atom and 4 hydrogen atoms), so when you have 5 molecules of CH4, you have a total of 5 x 5 = 25 atoms.
There are 200 atoms in 25 molecules of P2O5. Each molecule of P2O5 contains a total of 7 atoms (2 phosphorus atoms and 5 oxygen atoms). Multiplying this by 25 molecules gives a total of 175 atoms from oxygen and 50 atoms from phosphorus, adding up to 200 atoms in total.
1 mole of a substance has approximately 6.02 x 10^23 its particles. 8.1 moles of C9H20 has 8.1 x 6.02 x 10^23 = 4.8762 x 10^24 C9H20 molecules There are 20 Hydrogen atoms in a molecule of C9H20. Number of hydrogen atoms = 4.8762 x 10^24 x 20 = 9.7524 x 10^25 There are about 9.75 x 10^25 Hydrogen atoms
There are 4.8 x 10^24 hydrogen atoms in 360 grams of water. This is calculated by using Avogadro's number to convert the mass of water to moles, and then using the chemical formula of water (H2O) to determine the number of hydrogen atoms present in 1 mole of water.
To determine the number of hydrogen atoms in 8.70 mol of ammonium sulfide (NH4)2S, first find the molar ratio of hydrogen atoms to formula units of ammonium sulfide. There are 8 hydrogen atoms in 1 formula unit of ammonium sulfide. Multiply this ratio by the number of formula units in 8.70 mol of ammonium sulfide to find the total number of hydrogen atoms. This calculation gives you the number of hydrogen atoms in 8.70 mol of ammonium sulfide.
There are a total of 25 atoms in Na2S2O3.5H2O. This can be calculated by adding the number of atoms present in each element: 2 sodium atoms, 2 sulfur atoms, 3 oxygen atoms, and 18 hydrogen atoms (5 water molecules with 2 hydrogen atoms each).
There are 27.84 moles of hydrogen atoms in 2.32 moles of C2H4 because each molecule of C2H4 contains 4 hydrogen atoms. This can be calculated by multiplying the number of moles of C2H4 by the number of hydrogen atoms per molecule.
There are 25 atoms in 5CH4. This is because each methane molecule (CH4) contains 5 atoms (1 carbon atom and 4 hydrogen atoms), so when you have 5 molecules of CH4, you have a total of 5 x 5 = 25 atoms.
There are 200 atoms in 25 molecules of P2O5. Each molecule of P2O5 contains a total of 7 atoms (2 phosphorus atoms and 5 oxygen atoms). Multiplying this by 25 molecules gives a total of 175 atoms from oxygen and 50 atoms from phosphorus, adding up to 200 atoms in total.
1 mole of a substance has approximately 6.02 x 10^23 its particles. 8.1 moles of C9H20 has 8.1 x 6.02 x 10^23 = 4.8762 x 10^24 C9H20 molecules There are 20 Hydrogen atoms in a molecule of C9H20. Number of hydrogen atoms = 4.8762 x 10^24 x 20 = 9.7524 x 10^25 There are about 9.75 x 10^25 Hydrogen atoms
There are 25 atoms in 2(NH4)2Cr2O7. This compound consists of 2 molecules of ammonium (NH4), 2 molecules of chromium (Cr), and 7 molecules of oxygen (O) for a total of 25 atoms.
Sure. There is nothing to control that both hydrogen atoms are of the same isotope - which specific hydrogen atoms combine with an oxygen atom basically depends on chance. Thus, considering that about 1 out of 5000 hydrogen atoms is heavy hydrogen (deuterium), that means that about 1 out of 2500 water molecules will have one deuterium atom (since there are two options for a deuterium atom to attach; whereas only 1 out of 25 million (i.e., 5000 squared) will have TWO deuterium atoms. And also molecules as HTO, DTO, T2O are possible (D is deuterium, T is tritium).
To find the number of hydrogen atoms, we need to first determine the number of water molecules in 738 grams of water. Then, using the molecular formula of water (H2O), we know that each water molecule contains 2 hydrogen atoms. Finally, we can calculate the total number of hydrogen atoms by multiplying the number of water molecules by 2.
There are 4.8 x 10^24 hydrogen atoms in 360 grams of water. This is calculated by using Avogadro's number to convert the mass of water to moles, and then using the chemical formula of water (H2O) to determine the number of hydrogen atoms present in 1 mole of water.
To determine the number of hydrogen atoms in 8.70 mol of ammonium sulfide (NH4)2S, first find the molar ratio of hydrogen atoms to formula units of ammonium sulfide. There are 8 hydrogen atoms in 1 formula unit of ammonium sulfide. Multiply this ratio by the number of formula units in 8.70 mol of ammonium sulfide to find the total number of hydrogen atoms. This calculation gives you the number of hydrogen atoms in 8.70 mol of ammonium sulfide.
Actually its paraffin wax. Its an isomer (alkane).
There are 9.62 x 10^24 hydrogen atoms in 4.00 mol of ammonium sulfide. This can be calculated by multiplying the number of moles of ammonium sulfide by the number of hydrogen atoms in one molecule of ammonium sulfide (8).