Chemistry-

General

Easy

Question

Compare x and y bond angle in above molecules:

x>y
y>x
x=y
None of these

The correct answer is: y>x

Which of the following compound is more basic with respect to exocyclic carbonyl oxygen?

chemistry-General

General

chemistry-

Which the following molecule/ion has higher number of $e to the power of minus end exponent$ in ABMO?

chemistry-General

General

chemistry-

Compare x and y bond angles for the above given molecules:

chemistry-General

General

chemistry-

Compare x and y bond angles for the above given molecules:

chemistry-General

General

chemistry-

Compare S-O bond angles for the following molecules:

chemistry-General

General

chemistry-

Compare bond angles for the following molecules:

chemistry-General

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Compare x and y bond angle in above molecules:

x>y y>x x=y None of these

The correct answer is: y>x

Related Questions to study

Which of the following compound is more basic with respect to exocyclic carbonyl oxygen?

Which of the following compound is more basic with respect to exocyclic carbonyl oxygen?

Compare x and y bond angle from the above given molecule:

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and Compare bond length from the above given molecule:

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Compare x,y,z bond angle from the above given molecule:

Compare bond length from the following molecules:

Compare bond length from the following molecules:

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Compare B-B bond length in following molecules:

Compare B-B bond length in following molecules:

Comparexandybondanglesinthefollowingmole­cule:

Comparexandybondanglesinthefollowingmole­cule:

Which the following molecule/ion has higher number of in ABMO?

Which the following molecule/ion has higher number of in ABMO?

Compare x and y bond angles for the above given molecules:

Compare x and y bond angles for the above given molecules:

Compare x and y bond angles for the above given molecules:

Compare x and y bond angles for the above given molecules:

Compare S-O bond angles for the following molecules:

Compare S-O bond angles for the following molecules:

Compare bond angles for the following molecules:

Compare bond angles for the following molecules:

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x>y
y>x
x=y
None of these

Comparexandybondanglesinthefollowingmolecule:

Comparexandybondanglesinthefollowingmolecule:

Which the following molecule/ion has higher number of $e to the power of minus end exponent$ in ABMO?

Which the following molecule/ion has higher number of $e to the power of minus end exponent$ in ABMO?