Find the numbers of molecules that can form clathrate compounds from the following O2,Kr,SO2,H2S,Xe,Ar,MeCN,MeOH

Find the : number of molecules in 1.8 g of H_(2)O .

Find the number of reducing agents from the following H_(2)S,SO_(3),CrO_(4)^(2-),Fe^(2+),MnO_(4)^(Θ)

Among the following , the number of compounds that can react with PCl_5 to give POCl_3 is. O_2,CO_2,SO_2,H_2 O,H_2 SO_4,P_4 O_10 .

Among the following, the number of compounds that can react with PCl_(5) to give POCl_(3) is O_(2) , CO_(2) , SO_(2) , H_(2)O , H_(2)SO_(4) , P_(4)O_(10) .

Select monoatomic, diatomic and triatomic molecules from the following list: He, H_(2), CO_(2), HCI, NO ,Ar, N_(2),H_(2)O

Find the number of molecule having two lone e^(-) pairs, on central atom. I_(3)^(+), XeF_(2), XeF_(4), H_(2)O, NH_(2)^(-), H_(2)S, SO_(4)^(2-), NF_(3), NO_(2)^(-), XeOF_(2)

In liquid water, the number of H_(2)O molecules surrounded to one H_(2)O molecule are_____.

Mention the geometrical shapes of the following molecules : H_2 O

Number of molecules among the following having non - zero dipole moment is : O_3,SO_3,SF_4,SF_6,H_2S,CS_2,SO_2,H_2O and H_2O_2

Calculate the O.N. of all atoms in following compounds : - H_(2)S_(2)O_(3)