\(CH_{3}CHO+NH_{2}OH \rightarrow Y\) The number of \(\sigma\) bonds in the compound Y are ________

The compound CH_(3)CHO is ________.

The number of sigma bonds in CH_(2)=CH - CH = CH - C -= CH is _________.

CH_(3)CHO+NH_(2)OH toY . The number of sigma bonds, pi bonds and lone pairs of electrons in the compound 'Y' are respectively

\(NH_{3}(excess)+3Cl_{2}\rightarrow A+N_{2}\). The bonds present in compound "A'" is "

Ch_(2)=C=Ch-CH_(3), total numbe rof sigma & pi bonds in given compound will be :-

CH_(3)CHO+HOCH_(2)CH_(2)OH rarr

(a) Write the product(s) of the following reactions: (i) \(C_{2}H_{5}OH+SOCl_{2}\rightarrow\) (ii) \(CH _{3}CH_{2}=CH_{2}\rightarrow\)+HBr (b)Write IUPAC Name of given compound \(CH_{2}=C(CH_{3})CH(Br)CH_{3}\)