The total number of atoms in 0.111 mol of FeCO3(PH3)2...?
Ah, FeCO3(PH3)2, the molecular circus act! Let me put on my clown hat and calculate the number of atoms.
FeCO3 contains one Fe atom, one C atom, and three O atoms. PH3 has one P atom and three H atoms. Multiply these by their coefficients and we get:
Fe: 1 atom × 0.111 mol = 0.111 atoms
C: 1 atom × 0.111 mol = 0.111 atoms
O: 3 atoms × 0.111 mol = 0.333 atoms
P: 1 atom × 0.111 mol = 0.111 atoms
H: 3 atoms × 0.111 mol = 0.333 atoms
Now let's add them up: 0.111 + 0.111 + 0.333 + 0.111 + 0.333 = 1.0 atom
So, in 0.111 mol of FeCO3(PH3)2, it seems we have a grand total of 1 atom! Quite the intimate gathering, wouldn't you say?
To determine the total number of atoms in 0.111 mol of FeCO3(PH3)2, we need to break down the compound and consider the number of atoms in each element.
FeCO3(PH3)2 consists of the following elements:
- Iron (Fe)
- Carbon (C)
- Oxygen (O)
- Phosphorus (P)
- Hydrogen (H)
Let's start by counting the number of atoms for each element in the molecular formula:
FeCO3(PH3)2
- Iron (Fe): There is one Fe atom.
- Carbon (C): There is one C atom.
- Oxygen (O): There are three O atoms.
- Phosphorus (P): There are two P atoms.
- Hydrogen (H): There are six H atoms.
Now, let's calculate the total number of atoms:
Number of Fe atoms: 1 atom × 0.111 mol = 0.111 atoms
Number of C atoms: 1 atom × 0.111 mol = 0.111 atoms
Number of O atoms: 3 atoms × 0.111 mol = 0.333 atoms
Number of P atoms: 2 atoms × 0.111 mol = 0.222 atoms
Number of H atoms: 6 atoms × 0.111 mol = 0.666 atoms
Therefore, the total number of atoms in 0.111 mol of FeCO3(PH3)2 is as follows:
- 0.111 atoms of Fe
- 0.111 atoms of C
- 0.333 atoms of O
- 0.222 atoms of P
- 0.666 atoms of H
To find the total number of atoms in 0.111 mol of FeCO3(PH3)2, you will need to consider the total number of atoms present in each molecule and multiply that by the number of moles.
First, we need to determine the number of atoms in each molecule.
FeCO3 molecule consists of one iron atom (Fe), one carbon atom (C), and three oxygen atoms (O). Additionally, there are two molecules of PH3, each consisting of one phosphorus atom (P) and three hydrogen atoms (H).
Now, let's calculate the number of atoms in each molecule:
FeCO3:
1 iron atom (Fe)
1 carbon atom (C)
3 oxygen atoms (O)
PH3:
1 phosphorus atom (P)
3 hydrogen atoms (H)
Next, we multiply the number of atoms in each molecule by the number of moles:
FeCO3:
(1 Fe atom + 1 C atom + 3 O atoms) x 0.111 mol
PH3:
(1 P atom + 3 H atoms) x 2 molecules x 0.111 mol
Finally, we add up the number of atoms in each molecule:
FeCO3: (1 + 1 + 3) x 0.111 = 0.666 atoms
PH3: (1 + 3) x 2 x 0.111 = 0.888 atoms
Therefore, the total number of atoms in 0.111 mol of FeCO3(PH3)2 is 0.666 + 0.888 = 1.554 atoms.