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The correct statement(s) about the compound given below is/are
- a)The compound is optically active
- b)The compound possesses centre of symmentry
- c)The Compound possesses plane of symmetry
- d)the compound possessses axis of symmetry
Correct answer is option 'A,D'. Can you explain this answer?
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Verified Answer
The correct statement(s) about the compound given below is/area)The co...
The correct answer is option A & D
The given image is Self-Explanatory.
We know that following are the cases when a compound is Optically Inactive:
1. When it does not have a chiral Carbon Atom eg.: Methyl bromide
2. When it has a Plane or Axis of Symmetry eg.: Tartaric Acid (these compounds are called as Meso Compounds)
3. When it forms a Racemic Mixture eg.: Equimolar mixture of d-Lactic Acid and l-Lactic Acid.
The given compound in the question possesses an Axis of Symmetry (shown in the attached image). Hence, it is Optically Inactive.
The given image is Self-Explanatory.
We know that following are the cases when a compound is Optically Inactive:
1. When it does not have a chiral Carbon Atom eg.: Methyl bromide
2. When it has a Plane or Axis of Symmetry eg.: Tartaric Acid (these compounds are called as Meso Compounds)
3. When it forms a Racemic Mixture eg.: Equimolar mixture of d-Lactic Acid and l-Lactic Acid.
The given compound in the question possesses an Axis of Symmetry (shown in the attached image). Hence, it is Optically Inactive.
Most Upvoted Answer
The correct statement(s) about the compound given below is/area)The co...
See, a compound is optically active when it has chiral carbon or don't have COS and AOS. We give priority to chiral carbon so it has chiral carbon...so it optically active . An axis of symmetry is an imaginary axis around which by rotating through a minimum angle of rotation...
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Community Answer
The correct statement(s) about the compound given below is/area)The co...
The correct answer is option A & D
The given image is Self-Explanatory.
We know that following are the cases when a compound is Optically Inactive:
1. When it does not have a chiral Carbon Atom eg.: Methyl bromide
2. When it has a Plane or Axis of Symmetry eg.: Tartaric Acid (these compounds are called as Meso Compounds)
3. When it forms a Racemic Mixture eg.: Equimolar mixture of d-Lactic Acid and l-Lactic Acid.
The given compound in the question possesses an Axis of Symmetry (shown in the attached image). Hence, it is Optically Inactive.
The given image is Self-Explanatory.
We know that following are the cases when a compound is Optically Inactive:
1. When it does not have a chiral Carbon Atom eg.: Methyl bromide
2. When it has a Plane or Axis of Symmetry eg.: Tartaric Acid (these compounds are called as Meso Compounds)
3. When it forms a Racemic Mixture eg.: Equimolar mixture of d-Lactic Acid and l-Lactic Acid.
The given compound in the question possesses an Axis of Symmetry (shown in the attached image). Hence, it is Optically Inactive.
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The correct statement(s) about the compound given below is/area)The compound is optically activeb)The compound possesses centre of symmentryc)The Compound possesses plane of symmetryd)the compound possessses axis of symmetryCorrect answer is option 'A,D'. Can you explain this answer?
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