A. 0.42 × (% distilled at 204°C)
B. 5 mm
C. 0.84 × (% distilled at 204°C)
D. 10 mm approximately
		A. 0.42 × (% distilled at 204°C)
B. 5 mm
C. 0.84 × (% distilled at 204°C)
D. 10 mm approximately
		A. Determined by using a test engine
B. Not related to aniline point
C. Equal to cetane number plus 3
D. All A., B. & C.
		A. Silica-alumina
B. Silica gel
C. Vanadium pentoxide
D. Nickel
		A. Abel apparatus
B. Pensky-Marten’s apparatus
C. Saybolt chromometer
D. None of these
		A. CH4
B. C2H2
C. C2H4
D. C2H6
		A. High boiling point products like heavy fuel oil & lubricating oils are heat sensitive and may
decompose
B. Lighter/low boiling products are prone to thermal decomposition
C. High purity products can be obtained thereby
D. None of these
		A. Paraffin
B. Olefin
C. Aromatic
D. Naphthene
		A. Petrol
B. Diesel
C. Water
D. Crude petroleum
		A. 600-750
B. 250-350
C. 1000-1500
D. 2000-2500
		A. Sodium hydroxide
B. Sodium plumbite
C. Cupric chloride
D. Potassium isobutyrate