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    benzaldoxime can exist in two geometrical isomeric forms known as

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    Benzaldoxime can exist in two geometrical isomeric forms known as:

    Click here👆to get an answer to your question ✍️ Benzaldoxime can exist in two geometrical isomeric forms known as:

    Assertion (A): The boiling point of cis-form is more than trans-form.

    Reason (R): It is due to more polarity.

    Medium View solution >

    Which will form geometrical isomers?

    Hard View solution >

    Which of the following can form cis - trans isomers?

    Medium View solution >

    Assertion

    $$\left(CH_3-\underset{Cl}{\underset{|}{CH}}-CH=CH-\underset{Cl}{\underset{|}{CH}}-CH_3\right)$$

    The cis form exists in three - diastereomers.

    Reason

    One forms is optically inactive due to the presence of centre of symmetry.

    Medium View solution >

    Which of the following cannot be written in an isomeric form?

    Medium View solution >

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    Benzaldoxime can exist in two geometrical isomeric forms known as

    Benzaldoxime can exist in two geometrical isomeric forms known as

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    Benzaldoxime can exist in two geometrical isomeric forms known as

    Updated On: 27-06-2022

    ( 00 : 30 ) ADVERTISEMENT Text Solution Open Answer in App A cis and trans B dextro and laevo C syn and anti D E and Z Answer

    The correct Answer is 3

    Answer

    Step by step solution by experts to help you in doubt clearance & scoring excellent marks in exams.

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    Benzaldoxime can exist in two geometrical isomeric forms known as:A. cis and transB. dextro and leavoC. syn and antiD. E and Z

    Benzaldoxime can exist in two geometrical isomeric forms known as:A. cis and transB. dextro and leavoC. syn and antiD. E and Z. Ans: Hint: If an organic compound or chemical contains a double in it then the organic compound tries to exhibit either ci...

    Benzaldoxime can exist in two geometrical isomeric forms known as:

    A. cis and trans B. dextro and leavo C. syn and anti D. E and Z Answer Verified 190.8k+ views

    Hint: If an organic compound or chemical contains a double in it then the organic compound tries to exhibit either cis and trans form otherwise there is a chances of showing syn and anti or E and Z configuration.Complete answer:

    - In the question it is asked which geometrical isomerism is going to be exhibited by the benzaldoxime chemical.

    - First we should know the structure of the given chemical to know which geometrical isomerism is going to be exhibited by the benzaldoxime.

    - In the chemical name it is clearly mentioned that there is a presence of oxime functional group (=N-OH)

    - The structure of the benzaldoxime is as follows.

    - We can see the functional group oxime in the above chemical structure.

    - The chemical benzaldoxime is going to exist in the following form.

    - By observing the above structures we can say that the benzaldoxime is going to exhibit two types of geometrical isomerism called Cis and Trans and syn and anti.

    Therefore the options A and B are suitable for the structure of the benzaldoxime. Note:

    Generally oxime functional groups are going to exhibit geometrical isomerism in the form of syn and anti-forms due to the presence of the hydroxyl group on the nitrogen. Because of the presence of the hydroxyl group two types of geometrical isomerism called Cis and Trans and syn and anti are going to exist.

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