Ammonium chloride + alkali
`NH_(4)Cl+NaOH to____+H_(2)O+____[g]`

Ammonium chloride + alkali NH_(4)Cl+Ca(OH)_(2) to_____+H_(2)O+_____[g]

Ammounium sulphate + alkali (NH_(4))_(2)SO_(4)+NaOH to_____+H_(2)O+____[g]

Nitric acid NH_(4)OH +HNO_(3) to____+_____

Ammonium chloride dissociates as, NH_(4)Cl(g) hArr NH_(3)(g)+HCl(g) The vapour density becomes half the initial value when degree of dissociation is 0.5 .

Determine the concentration of hydroxyl ions in 0.4 M NH_(4) OH solution having (i) no ammonium chloride (ii) 5.35 g of NH_(4)Cl per litre of the solution . Ionization constnat of NH_(4)OH is 1.8 xx10^(-5)

NH_(4)OH , NaOH, CH_(3)COOH , H_(2)S

Cl_(2)O_(6)+NaOH to ?

what products are formed during the electrolysis of concentrated aqueous solution of sodium chloride? (I) Cl_2 (g) at anode (II) NaOH (aq) (III) H_2 (g) At cathode

Calcium hydroxide and ammonium chloride react to give ammonia as per equation: Ca(OH)_(2) + 2 NH_(4)Cl to CaCl_(2) + 2 NH_(3) + 2 H_(2) O In a reaction, 5.35 g of ammonium chloride were consumed . Calculate The mass of calcium chloride formed.

Calcium hydroxide and ammonium chloride react to give ammonia as per equation: Ca(OH)_(2) + 2 NH_(4)Cl to CaCl_(2) + 2 NH_(3) + 2 H_(2) O In a reaction, 5.35 g of ammonium chloride were consumed . Calculate The volume at STP of ammonia liberated. (R.A.M.: H = 1, N = 14 , O = 16, Cl = 35.5, Ca = 40)