Question

(b) Volcanic sulfur can be put to a variety of uses. One such use involves reacting sulfur with phosphorus to make a compound with formula P_(4)S_(3) (i) Draw a possible structure for P_(4)S_(3)

Verification of experts

Answer

4.6260 Voting

RonaMaster · Tutor for 5 years

Answer

A possible structure for \(\mathrm{P}_{4} \mathrm{~S}_{3}\) is as follows: 1. Arrange the four phosphorus atoms in a tetrahedral-like structure. 2. Place the three sulfur atoms in positions where they can form bonds with the phosphorus atoms. 3. Connect the atoms to ensure each phosphorus has three bonds and each sulfur has two bonds. Here is a simplified representation of the structure: ``` P / \ S P / \ / \ P S P / \ S P ``` This structure ensures that each phosphorus atom forms three bonds and each sulfur atom forms two bonds, satisfying the bonding requirements for \(\mathrm{P}_{4} \mathrm{~S}_{3}\).

Explain

## Step 1: To draw a possible structure for \(\mathrm{P}_{4} \mathrm{~S}_{3}\), we need to understand the bonding and geometry of the atoms involved. Phosphorus (P) typically forms three bonds, while sulfur (S) can form two bonds. ## Step 2: We start by arranging the four phosphorus atoms in a tetrahedral or near-tetrahedral arrangement, as phosphorus tends to form such structures due to its bonding preferences. ## Step 3: Next, we place the three sulfur atoms in positions where they can form bonds with the phosphorus atoms. Each sulfur atom will typically form two bonds, so we need to ensure that each sulfur atom is bonded to two phosphorus atoms. ## Step 4: We can draw the structure by connecting the phosphorus atoms in a way that each phosphorus atom forms three bonds, and then place the sulfur atoms in between the phosphorus atoms to complete the structure. ## Step 5: Verify the structure to ensure that all atoms have the correct number of bonds: each phosphorus atom should have three bonds, and each sulfur atom should have two bonds. #

Click to rate:

Question

(b) Volcanic sulfur can be put to a variety of uses. One such use involves reacting sulfur with phosphorus to make a compound with formula P_(4)S_(3) (i) Draw a possible structure for P_(4)S_(3)

Answer

Answer

Explain

Hot Questions