In the following equation :
`A + 2 B + H_2 O rarr C + 2 D`
`A = HNO_2, B = H_2 SO_3, C = NH_2 OH`
Identify `D`. Draw the structure of `A, B, C` and `D`.

In the equation, A+2B+H_(2)O to C+2D(A=HNO_(2),B=H_(2)SO_(3),C=NH_(2)OH) identify D. Draw the structures of A,B,C and D.

In the equation, A+2B+H_(2)O to C+2D(A=HNO_(2),B=H_(2)SO_(3),C=NH_(2)OH) identify D. Draw the structures of A,B,C and D.

In the reaction 'A+2B+H2O gives C+2D. draw the structures of A, B, C, D , where A is 'HNO2 B is H2SO3 and C is NH2OH .

Explain whether oxidation, reductio, or neither occurs in the following reactions : (a) H_2 C= CH_2 rarr H_3 C - CH_3 (b) HC -= CH rarr H_3 C- CH = O ( c) CH_4 rarr CH_3 OH (d) H_2 CB r_2 rarr H_2 C = O II. Give the structural formula for the simplest hydrocarbon in which C has a zero O.N .

Explain whether oxidation, reductio, or neither occurs in the following reactions : (a) H_2 C= CH_2 rarr H_3 C - CH_3 (b) HC -= CH rarr H_3 C- CH = O ( c) CH_4 rarr CH_3 OH (d) H_2 CB r_2 rarr H_2 C = O II. Give the structural formula for the simplest hydrocarbon in which C has a zero O.N .

Complete the following reactions (a) XeF_(4) + H_(2)O rarr (b ) XeF_(6) + H_(2) rarr (c) XeF_(6) + H_(2)O rarr (d) XeF_(6) + NH_(3) rarr

A overset((O)) rarr B overset(NH_2OH) rarr (CH_3)_2C=NOH Identify A

In the balanced equation aFe_2O_3 + bH_2 rarr cFe + d H_2O The values of a,b,c, and d are respectively