University Of Pune Question Paper
First Year B.Pharmacy Examination, 2010
1.6 : PHARMACEUTICAL ENGINEERING
(2008 Pattern)
Time : 3 Hours Max. Marks : 80
Instructions : 1) Answers to the two Sections should be written in
separate books.
2) Neat diagrams must be drawn wherever necessary.
3) Black figures to the right indicate full marks.
4) All questions are compulsory.
SECTION – I
1. Give different mechanisms of heat transfer. Explain Fourier’s law in detail. 10
OR
Explain crystallization by evaporation and describe circulating magma crystallizer.
2. Answer the following (any five) : 15
a) Mechanical steam trap.
b) Tank crystallizer.
c) Environmental controls in pharmaceutical Industry.
d) Pan evaporator.
e) Define humidity and percent relative humidity.
f) Boiling inside a vertical tube.
g) Agitated tank crystallizer.
3. Write short notes on (any three) : 15
a) Kirchoff’s law of heat transfer.
b) Tubular heat exchangers.
c) Crystal forms.
d) Swenson-Walker crystallizer.
e) Climbing Film evaporator.
SECTION – II
4. Derive Bernoulli’s equation for flow of fluids and describe various types of energy
losses in fluid flow. 10
OR
Define distillation. Compare distillation and evaporation. Discuss boiling point
diagram and equilibrium curve.
5. Answer the following (any five) : 15
a) Inclined manometer.
b) Basket extractor.
c) Bubble cap plate column.
d) Fluidized bed dryer.
e) Drum dryer.
f) Material selection in preventing corrosion.
g) Galvanic corrosion.
6. Write short notes on (any three) : 15
a) Venturi meter.
b) Disc meter.
c) Robert diffusion battery.
d) Molecular diffusion in mass transfer.
e) Distillation under reduced pressure.
——————
First Year B.Pharmacy Examination, 2010
1.6 : PHARMACEUTICAL ENGINEERING
(2008 Pattern)
Time : 3 Hours Max. Marks : 80
Instructions : 1) Answers to the two Sections should be written in
separate books.
2) Neat diagrams must be drawn wherever necessary.
3) Black figures to the right indicate full marks.
4) All questions are compulsory.
SECTION – I
1. Give different mechanisms of heat transfer. Explain Fourier’s law in detail. 10
OR
Explain crystallization by evaporation and describe circulating magma crystallizer.
2. Answer the following (any five) : 15
a) Mechanical steam trap.
b) Tank crystallizer.
c) Environmental controls in pharmaceutical Industry.
d) Pan evaporator.
e) Define humidity and percent relative humidity.
f) Boiling inside a vertical tube.
g) Agitated tank crystallizer.
3. Write short notes on (any three) : 15
a) Kirchoff’s law of heat transfer.
b) Tubular heat exchangers.
c) Crystal forms.
d) Swenson-Walker crystallizer.
e) Climbing Film evaporator.
SECTION – II
4. Derive Bernoulli’s equation for flow of fluids and describe various types of energy
losses in fluid flow. 10
OR
Define distillation. Compare distillation and evaporation. Discuss boiling point
diagram and equilibrium curve.
5. Answer the following (any five) : 15
a) Inclined manometer.
b) Basket extractor.
c) Bubble cap plate column.
d) Fluidized bed dryer.
e) Drum dryer.
f) Material selection in preventing corrosion.
g) Galvanic corrosion.
6. Write short notes on (any three) : 15
a) Venturi meter.
b) Disc meter.
c) Robert diffusion battery.
d) Molecular diffusion in mass transfer.
e) Distillation under reduced pressure.
——————
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