In the given equation,the coefficients `a,b, c and d` respectively are `aMg_(3)N_(2)+bH_(2)O rarr cMg(OH)_2+dNH_(3)`

H_(3)O^(+) + OH^(-) rarr 2H_(2)O is

24 gm pure sample of magnesium is burnt in air to form magnesium oxide and magnesium nitride. When products are treated with excess of H_(2)O , 3.4 gm of gaseous NH_(3) is generated according to given reactions. Mg+O_(2) rarr MgO Mg+N_(2)rarr Mg_(3)N_(2) Mg_(3)N_(2)+ 6H_(2)O rarr 2Mg(OH)_(2)+2NH_(3) Calculate the amount of magnesium oxide (in gm) in products.

In the balanced reaction aFe_(2)O_(3) + bH_(2) to cFe + dH_(2)O a, b, c and d, respectivel, are

The reaction (CH_(3))_(3)Cbroverset(H_(2)O)rarr(CH_(3))_(3)C-OH is

In the reaction aFe(s) + bH_(2)O(g) to mFe_(3)O_(4)(s) + nH_(2)(g) a, b, m and n respectively are

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 .