A. 10 grams of H2O2 solution liberate 10 mL of O2 at STO B. 10 gram equivalents of H2O2 liberates 10 mL of O2 at STP C. 10 litres of H2O2 liberates 19 mL of O2 at STP D. 1mL of solution of H2O2 liberates 10 mL of O2 at STP
A. 4.8 B. 5.2 C. 8.8 D. 8.4
A. Planar B. Non- polar C. Spherical D. Linear
A. Cl B. Br C. I D. F
A. Sp- hybridisation B. Sp2- hybridisation C. Sp3- hybridisation D. Sp3d2- hybridisation
A. Potassium B. Graphite C. Diamond D. Sodium
A. Mn B. Ni C. Sb D. Sn
A. Zero B. 20 C. 80 D. 70
A. Ortho burate B. Meta borate C. Double oxide D. Tetra borate
A. V-shaped B. Angular C. Pyramidal D. Triangular planer