A.there may be diffusion along the flow path
B.there must be lateral mixing of fluid
C.the composition of the reactant remains constant along a flow path
D.the fractional conversion of the reactant varies from point to point along a flow path
A.isotones
B.isobars
C.isotopes
D.isosteres
A.high pressure hight temperature high concentrations of reactants
B.low pressure low temperature low concentrations of reactants
C.high pressure low temperature high concentrations of reactants
D.high pressure low temperature low concentrations of reactants
A.P (1 + in)
B.P(1 + i)n
C.P i n
D.P [(1 + i)n-1]
A.is positively charged
B.is negatively charged
C.has no charge
A.flash point
B.critical temperature
C.transition temperature
D.ignifion temperature
A.loss of CO2
B.hydrolysis
C.hydration
D.dehydration
A.paraffins Naphthenes Aromatics
B.Aromatics Naphthenes Paraffins
C.Naphthenes Paraffins Aromatics
D.Naphthenes Aromatics Paraffins
A.e p n a
B.n p e a
C.n p a e
D.n a p e
