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underset("(all isomers) ")(C2FClBrl) und...

`underset("(all isomers) ")(C_2FClBrl) underset(Ni) overset(H_2)to (A)`(exclude stereoisomer)
(2) `underset("(all isomers)")(C_4 H_8 "(alkene)")underset(Ni) overset(H_2) to (B) ` (exclude stereoisomer) A+B=

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The correct Answer is:
A+B=5
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CH_3-C -= C-CH_3 underset("Catalyst")overset(H_2-"Lindlar's")to A underset("addition")overset(Br_2)B CH_3 - C -= C CH_3 underset("addition")overset(Br_2)to C overset(H_2-Ni)to D

Explain how the hybrid structure is related to the structures of each of the following pairs of contributing resonance structures? (a) overset(oplus)(C )H_(2) underset((i))- underset(..)overset(Θ)C H_(2) harr CH_(2) underset((ii))= CH_(2) (b) H_(2)C underset((iii))= overset(..)(O): harr H_(2)C underset((iv))- underset(..)overset(..)O:^(-) (c ) R_(2) overset(+)C- underset(underset(underset((v))(R ))(|))C= overset(..)O: harr underset((vi))(R_(2)C = underset(underset(R )(|))(C) - overset(..)O:^(+)) (d) underset((VII)) (R-C^(+) = overset(..)(O): )harr underset((VIII))(R-C-= O:^(+)) (e ) underset((IX))(R- underset(underset( :O: )(||))(C)- underset(..)overset(..)OH) harr underset((IX))(R- underset(underset( :underset(..)(O): )(|))(C) - ""^(oplus")underset(..)OH)

H_3 C - C -= CH underset(2. CH_3CH_2Br)overset(1. NaNH_2)to A underset(Pd-BaSO_4)overset(H_2)to B

Cyclobutane underset(200^@ C)overset(+H_2// Ni) to product in the reaction is

Number of isomers possible for C_4 H_8 O_2 (both acids & esters, excluding stereoisomers)

C_(6)H_(5)N_(2)Cl underset(KCN)overset(CuCN)rarr A underset(H^(+))overset(H_(2)O)rarr B underset(Delta)overset(NH_(3))rarr C underset(NaOH)overset(Br_(2))rarr D . Identify the final product, D.

MS CHOUHAN-HYDROCARBONS (ALKENES)-LEVEL-2
  1. In each reaction box write a single letter designating the best reagen...

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  2. Match the reagents a-j with products A-J. There is one best product fo...

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  3. Match the column :

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  4. Match the column I with column II and with column III (Matrix).

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  5. Match the column I and II.

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  6. Sum of molecular mass of A, B, C, D (i.e. A+B + C + D) is equal to :

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  7. underset("(all isomers) ")(C2FClBrl) underset(Ni) overset(H2)to (A)(ex...

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  8. Match the following columns

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  9. Vladimir Markovnikov rule : Alkenes undergo electrophilic addition rea...

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  10. Vladimir Markovnikov rule : Alkenes undergo electrophilic addition rea...

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  11. Vladimir Markovnikov rule : Alkenes undergo electrophilic addition rea...

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  12. Vladimir Markovnikov rule : Alkenes undergo electrophilic addition rea...

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  13. Vladimir Markovnikov rule : Alkenes undergo electrophilic addition rea...

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  14. Vladimir Markovnikov rule : Alkenes undergo electrophilic addition rea...

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  15. CH3 - CH2-CH=CH2+CH2 OH overset(H^(o+))to CH3-CH2- underset(OCH3) un...

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  16. CH3 - CH2-CH=CH2+CH2 OH overset(H^(o+))to CH3-CH2- underset(OCH3) un...

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  17. CH3 - CH2-CH=CH2+CH2 OH overset(H^(o+))to CH3-CH2- underset(OCH3) un...

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  18. CH3 - CH2-CH=CH2+CH2 OH overset(H^(o+))to CH3-CH2- underset(OCH3) un...

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  19. CH3 - CH2-CH=CH2+CH2 OH overset(H^(o+))to CH3-CH2- underset(OCH3) un...

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  20. Match the column I and II :

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