Chemistry · States of Matter - Gases, Liquids and Solids
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The reason why CO2 is highly stable because it’s ____:
- A
Highly stable
- B
Covalent Molecule
- C
Highly reactive
- D
Carbon molecule
In CO2, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygen becomes stable.
become, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygenbecomes stable.
In CO2, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygen becomes stable.
In CO2, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygenbecomes stable.
becomes stable. becomes stable.
In CO2, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygen becomes stable.
become, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygenbecomes stable.
In CO2, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygen becomes stable.
In CO2, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygenbecomes stable.
In CO2, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygen becomes stable.
In CO2, carbon, and oxygen first form a double covalent bond. At first, oxygen and carbon share their two valence electrons. This makes a double bond. By doing so oxygenbecomes stable.
Tagged under Chemistry · States of Matter - Gases, Liquids and Solids · 2017