Draw the lewis structure of chocl and then determine the ideal bonding angle(s) of the central atom.
1 answer:
Lewis structure of CHOCl is on the picture below.
The ideal bonding angle(s) of the central atom are 120°.
CHOCl is formyl chloride.
Formyl chloride is the organic compound.
Central atom is a carbon atom.
Electron configuration of carbon: 6C: 1s² 2s² 2p²
It has four valence electrons in 2s and 2p orbitals.
In this compound, a carbon atom is sp2 hybridized, it has three sp2 orbitals and one p orbital, they form four bonds. Molecule has planar structrure and bond angles between atoms are 120°.
Oxygen has two p orbitals, that form two bonds (one sigma and one pi bond).
p-orbitals from carbon and oxygen overlap and form pi bond.
More about bond angles: brainly.com/question/25425872
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what is the chemical formula of (Sodium hydroxide ) ??
<h3> ⚘ NaOH</h3>- Sodium hydroxide, Sodium oxidanide
Step 1 : Write balanced chemical equation.
CaF₂ can be converted to F₂ in 2 steps. The reactions are mentioned below.
I]
II]
The final balanced equation for this reaction can be written as
Step 2: Find moles of CaF₂ Using balanced equation
We have 1.12 mol F₂
The mole ratio of CaF₂ and F₂ is 1:1
Step 3 : Calculate molar mass of CaF2.
Molar mass of CaF₂ can be calculated by adding atomic masses of Ca and F
Molar mass of CaF₂ = Ca + 2 (F)
Molar mass of CaF₂ = 40.08 + 18.998 = 78.08 g
Step 4 : Find grams of CaF₂
Grams of CaF₂ =
Grams of CaF₂ = 87.45 g
87.45 grams of CaF2 would be needed to produce 1.12 moles of F2.