The properties of each state of a substance are due largely to the degree (amount) of intermolecular bonding. True False
1 answer:
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The symmetry operations of molecule AB₄ is tetrahedral and they are :
- E : Identity
- 4C₃ : axis of rotation
- 3C₂ : axis of rotation
- 3S₄ : Rotation-reflection axis
- 6бd
To find the multiplication table we have to apply the multiplication table for Td symmetry ( attached below )
Given that molecule B lies at the corners of the square and molecule A lie at the center and is not coplanar with molecule B the symmetry operations of the molecules AB₄ will belong to a tetrahedral symmetry group which contains :
- E : Identity
- 4C₃ : axis of rotation
- 3C₂ : axis of rotation
- 3S₄ : Rotation-reflection axis
- 6бd
Learn more about tetrahedral symmetry group : brainly.com/question/1968705
Answer:
Hello your question is incomplete hence I will give you a general answer as regards rotation of vector matrix assuming angle of rotation =
answer :
angle of rotation =
vector matrix produced = attached below
Explanation:
lets assume the vector matrix [ 6, -2 ] is rotated clockwise by an angle of
The resultant matrix = attached below
Result of the rotation = attached below
attached below is the detailed solution
