A. Angle strain
B. Torsional strain
C. Steric strain
D. Orbital strain
A. Electrophilic addition
B. Electrophilic substitution
C. Nucleophilic addition
D. Necleophilic substitution
A. Water
B. Hexane
C. Dimethylflormamide
D. Ethanol
A. Carbon=0, Oxygen=0
B. Carbon= +1, Oxygen= -1
C. Carbon= -1, Oxygen= +1
D. Carbon=0, Oxygen= -1
A. smelting
B. roasting
C. calcinations
D. froth floatation
A. H2 at -73oC
B. CH4 at 300 K
C. N2 at 1,027oC
D. O2 at 0oC
A. Dalton’s law
B. Gay Lussac’s law
C. Henry’s law
D. Raoult’s law
A. H2CO3 – HCO3
B. H2CO3 – CO32-
C. CH3COOH – CH3COO–
D. NH2CONH2 – NH2CONH+
A. alcohol
B. carbon dioxide
C. chlorine
D. sodium chlorine
A. specific heat
B. thermal capacity
C. water equivalent
D. None of the above