F.Y. B.Sc. Syllabus Revision Workshop
(29th – 30th June 2007)
Held at STES’s Sinhgad College of Science
Paper I: Mineralogy and Petrology
Term I
Sr.No Topic No. of
Lectures
1 Introduction: Definition, branches and scope of
mineralogy. Importance and conservation of minerals.
(2)
2 Formation of minerals:
Introduction and description of geological processes
of mineral formation
a. Crystallization from melt
b. Crystallization from Solution ( Evaporation and
precipitation)
c. Crystallization from Vapour ( Sublimation)
d. Metamorphic processes
e. Alteration and related weathering (oxidation
and supergene enrichment)
(5)
3 Crystal Chemistry
a. Atoms, ions and the periodic table
b. Bonding forces in crystals:- ionic, Covalent,
Vander Waal’s and metallic bonds, crystals
with more than one type of bond
c. Major element constituents of minerals
d. Geochemical affinity & classification of
elements
e. Geometrical and electrical stability of minerals
( concept of relative size of ions, radius, ratios,
co-ordination number & ionic substitution)
(12)
f. Isomorphism, polymorphism, pseudomorphism
g. Silicate structures
4 Physical properties of minerals
a. Colour, streak, lustre, cleavage, fracture,
hardness, form, magnetism, electrical property,
radio activity, specific gravity & luminescence
(Phosphorescence and Fluorescence)
b. Methods of determining specific gravity –
Chemical balance, Walker’s steelyard, Jolly’s
spring balance, pycnometer, heavy liquids
(7)
5 Optical mineralogy
a. Nature of light – ordinary and plane polarized
light
b. Double refraction of light (with the help of
calcite crystals)
c. Nicol’s prism and polaroids
d. Petrological microscope
e. Introduction to optical properties –
1. In plane polarized light: Colour, shape,
cleavage, relief/ twinkling, pleochroism
2. Between Crossed polaroids:
isomorphism, anisomorphism, Extinction
position, interference colours, twinning.
(8)
6 Crystallography
a. Definition and conditions conducive for the
formation of crystals, crystal habits and
aggregates
b. Crystal morphology – faces, forms, edges, solid
angles, interfacial angle and its measurement by
contact Goniometer, law of constancy of
interfacial angle
c. Symmetry of crystals – Plane, axis and centre of
symmetry, crystallographic and geometrical
(8)
symmetry. Crystallographic axes, lettering and
order of crystallographic axes, parameters, axial
ratio, indices, parameter system of Weiss, index
system of Miller, Law of rational indices
d. Classification of crystals based on their
elements of symmetry and crystallographic
axes.
The study of following crystal systems –
i. Orthorhombic (Type: Barytes)
ii. Tetragonal (Type: Zircon)
iii. Cubic (Type: Galena)
iv. Hexagonal (Type: Beryl)
v. Monoclinic (Type: Gypsum)
vi. Triclinic (Type: Axinite)
Comparative studies of all the six
crystallographic systems
Total Number of Lectures (42)
Paper I: Mineralogy and Petrology
Term II
MINERALOGY (Contd)
Sr.No Topic No. of
Lectures
7 Introduction to Rock forming and Industrial
minerals
a. Study of following minerals with reference to
their Silicate structures, chemical composition,
physical and optical properties:
Quartz, Orthoclase, Microcline, Plagioclase,
Olivine,
Augite, Hornblende, Muscovite, Biotite
b. Study of minerals used in various industries viz.
Ceramics, Refractory, Paints, Glass, Cement and
fertilizers.
(5)
PETROLOGY
8 Definition and major divisions
a. Definition of petrology, lithology, petrography,
petrogenesis
b. Major divisions and diagnostic characteristic of
rocks : igneous, sedimentary and metamorphic
c. Rock cycle
(2)
Igneous Petrology
9 Magma
a. Magma and its composition
b. Pyrogenetic minerals, Bowen’s reaction series
(4)
(sequential crystallization of minerals in the
igneous rocks)
c. Formation of crystals and glass
10 Forms of Igneous bodies
a. Intrusive: Concordant and discordant intrusions
1. Concordant: sills, laccoliths, lopoliths,
phaccoliths, concordant batholiths
2. Discordant: dykes and veins, cone sheets,
ring dykes, stock, boss conolith and
discordant batholith.
b. Extrusive: lava flows, puy
(4)
11 Textures and Structures
a. Textures, Definition and factors controlling
textures: Equigranular (granitic), Inequigranular
(porphyritic), glassy
b. Structures: Vesicular, amygdaloidal, blocky,
pillow, flow and columnar joints
c. Distinction between textures and structures.
(4)
12 Classification of Igneous Rocks
a. Basis of Classification: Colour index, depth of
formation, silica percentage and type of feldspar
present
b. Description and tabular classification of the
following igneous rocks :
1. Plutonic : Granite, Syenite, Diorite,
Gabbro, Dunite
2. Hypabyssal : Pegmatite, Pitchstone,
Dolerite.
3. Volcanic : Rhyolite, Pumice, Basalt
(4)
Sedimentary Petrology
13 Sediments, sedimentation, sedimentary environments (3)
( definition and types) and formation of sedimentary
rocks: denudation, transportation, deposition and
lithification
14 Textures and structures of sedimentary rocks
a. Clastic and non-clastic textures
b. Structures: Lamination, bedding (concordant and
discordant), graded bedding and ripple marks
(3)
15 Description and classification of the following
secondary rocks:
Laterite and Bauxite, Breccia, Conglomerate,
Sandstones, shales, Mudstone, Limestones.
(2)
Metamorphic Petrology
16 Definition of metamorphism, agents of
metamorphism, kinds of metamorphism,
Characteristics of different types of metamorphism
(9)
17 Structures in metamorphic rocks: maculose, slaty
cleavage, Schistose, Granulose, Gneissose
18 Classification of metamorphic rocks (based on the
original rock, agent/type of metamorphism) and
description of following rocks
Slate, Marble, Quartzite, Mica Schist, hornblende
Schist and Hornblende Gneiss
Total Number of Lectures 40
Paper II : General Geology and Paleontology
Term I
General Geology
Sr.No Topic No. of
Lectures
1 Introduction:
Definition of geology, Its divisions, sub-divisions
and scope
(1)
2 Planet Earth
Origin of the Universe (Big Bang Theory), Origin of
the Solar System (Nebular, Encounter and Tidal
theory)
a. Earth: Its size, shape and density. Temperature,
pressure and magnetism within the earth, Present
day hypsographic curve
b. Age of the Earth: A brief account of the historical
methods. Determination of age by the K/Ar and
U/Th methods
c. Geological Time Scale: Concept and Criteria
(2)
(2)
(2)
(2)
3 a. The Earth’s Atmosphere, Hydrosphere,
Lithosphere and Biosphere
b. Earth’s crust, mantle and core
(2)
4
Continental Drift: Concept and Evidence
Plate Tectonics: A brief introduction
(4)
Weathering (mechanical and chemical), erosion, (4)
5 denudation, soil formation and soil profile.
6 The dynamics of erosional and depositional
landforms resulting from the action of river, wind,
sea and glaciers
(12)
7 Concept of Isostacy: Pratt’s and Aery’s model (2)
8 Types of Mountains: Fold, fault block, volcanic and
residual
(2)
9 Volcanoes: Genesis of volcanoes, Central and fissure
type of eruptions. Products of volcanoes, earth’s
volcanic belts.
(3)
10 Earthquakes: Definition, terminology, causes,
intensity and magnitude. Recording of earthquakes.
Use of seismic waves and their importance in
interpreting the earth’s internal structure. Seismic
zones. History and susceptibility of the Indian
subcontinent to earthquakes.
(4)
Total Number of Lectures 42
Term – II
Palaeontology
Sr.No Topic No. of
Lectures
11 a. Palaeontology: Definition, branches, importance (2)
and scope.
b. Origin and evolution of life over geological time
(3)
12 Fossils: Definition, conditions and modes of
preservation, uses of fossils, techniques used in
collection, preservation and illustration of fossils.
(10)
13 Systematic position, morphology of hard parts,
geological and geographical distribution of the
following:
a. Phylum Mollusca
I. Class: lamellibranchia or Bivalvia:
Morphology of hard parts of the shell and
ornamentation and type of hinge lines.
II. Class: Gastropoda: Morphology of hard parts
of the shell and forms of the gastropod shell
III. Class Cephalopoda: Morphology of hard
parts of Nautilus, Ammonoid, Belemnites
and type of suture lines
IV. Comparison between Nautilus and
Ammonoids
b. Phylum Brachiopoda
Morpholopgy of hard parts of class articulate and
inarticulate. Types of brachial skeleton
c. Phylum Echinodermata
Class Echinoidea, morphology of hard parts of
regularia and irregularia. Variation in the apical disc
in echinoids
d. Phylum Arthropoda
Class Trilobita – Morphology of hard parts of
trilobites, types of facial sutures, conditions of
pygidium.
e. Phylum Coelenterata
Class Anthozoa
(3)
(3)
(5)
(3)
(3)
(4)
(2)
Madreporaria, polyp, medusa, types of septa
Total Number of Lectures 38
Paper III: Practical (Total No. of practicals: 22)
1 Mineralogy
A. Physical properties of minerals
Colour, form, streak, luster, cleavage, fracture, hardness
and specific gravity
B. Identification of following minerals (With the help of
physical properties)
Quartz, Rock crystal, Rose Quartz, Milky Quartz, Smoky
quartz, Amethyst, Chalcedony, Agate, Jasper, Flint, Opal,
Orthoclase, Plagioclase, Biotite, Muscovite, Garnet,
Olivine, Hornblende, Apophyllite, Stilbite, Kyanite, Talc,
Calcite, Fluorite, Gypsum, Barytes, Magnetite, Haematite,
Chromite, Chalcopyrite, Galena, Pyrolusite, Bauxite,
Graphite.
2 Experiment
To find out the specific gravity of minerals using Walker’s
Steel Yard.
3 Crystallography
Study of elements of symmetry, crystallographic axes and
forms with indices of the following crystal systems
(Minimum 3 models of each system)
a) Orthorhombic System (Type: Baryte)
b) Tetragonal System (Type: Zircon)
c) Cubic system (Type: Galena)
d) Hexagonal System (Type: Beryl)
e) Monoclinic System (Type: Gypsum)
f) Triclinic System (Type: Axinite)
4 Measurement of interfacial angle with Contact
Goniometer
5 Optical Mineralogy
Study of optical properties of minerals in plane polarised
light and between crossed nicols
Identification of the following minerals:
Olivine, augite, hornblende, microcline, plagioclase,
muscovite, biotite, calcite, garnet
6 Palaeontology
Study of at least two specimens from each Phylum/Class
(Total number of specimens should not be less than 15)
a. Phylum MoIlusca – Class Lamellibranchia, Class
Gastropoda, Class Cephalopoda
b. Phylum Brachiopoda
c. Phylum Echinodermata
d. Phylum Arthropoda
e. Phylum Coelenterata
7 Petrology
Megascopic study of the following rocks
a. Igneous: Granite, gabbro, rhyolite, basalt (its
varieties), pegmatite
(Classification based on colour index, mineral
composition and
texture)
b. Secondary: Laterite, bauxite, breccia, conglomerate,
sandstones, shales, mudstone and limestones.
c. Metamorphic: Slate, marble, quartzite, mica schist
and hornblende schist, mica gneiss and hornblende
gneiss.
8 Toposheets:
Reading of Toposheets – With reference to Toposheet
number, Latitude and Longitude, State/District, Scale,
Adjacent Toposheet numbers and Conventional Signs
9 Introduction to topographic and geological maps with
horizontal beds.
10 Geological Fieldwork to be conducted in an area of
geological interest for at least two days and geological
report to be submitted for the same.
Total Number of Practicals - 22
Reference Books:
1. Rutley’s Elements of Mineralogy : H.H. Read
2. Text Book of Mineralogy: Dana and Ford
3. Rock Forming Minerals: Deer, Howie, Zussman
4. Manual of Mineralogy: Cornelius, S. Hurlbut and Cornel Klein
5. Principles of Mineralogy: W.H. Blackburn, W.H. Denman
6. Mineralogy: Berry Mason, Dietrich
7. Principles of Petrology: Tyrrell
8. Invertebrate Palaeontology: Henry Woods
9. General Geology: Radhakrishnan
10.Holmes’Principles of Physical Geology: Edited by P. McL. D.
Duff
(29th – 30th June 2007)
Held at STES’s Sinhgad College of Science
Paper I: Mineralogy and Petrology
Term I
Sr.No Topic No. of
Lectures
1 Introduction: Definition, branches and scope of
mineralogy. Importance and conservation of minerals.
(2)
2 Formation of minerals:
Introduction and description of geological processes
of mineral formation
a. Crystallization from melt
b. Crystallization from Solution ( Evaporation and
precipitation)
c. Crystallization from Vapour ( Sublimation)
d. Metamorphic processes
e. Alteration and related weathering (oxidation
and supergene enrichment)
(5)
3 Crystal Chemistry
a. Atoms, ions and the periodic table
b. Bonding forces in crystals:- ionic, Covalent,
Vander Waal’s and metallic bonds, crystals
with more than one type of bond
c. Major element constituents of minerals
d. Geochemical affinity & classification of
elements
e. Geometrical and electrical stability of minerals
( concept of relative size of ions, radius, ratios,
co-ordination number & ionic substitution)
(12)
f. Isomorphism, polymorphism, pseudomorphism
g. Silicate structures
4 Physical properties of minerals
a. Colour, streak, lustre, cleavage, fracture,
hardness, form, magnetism, electrical property,
radio activity, specific gravity & luminescence
(Phosphorescence and Fluorescence)
b. Methods of determining specific gravity –
Chemical balance, Walker’s steelyard, Jolly’s
spring balance, pycnometer, heavy liquids
(7)
5 Optical mineralogy
a. Nature of light – ordinary and plane polarized
light
b. Double refraction of light (with the help of
calcite crystals)
c. Nicol’s prism and polaroids
d. Petrological microscope
e. Introduction to optical properties –
1. In plane polarized light: Colour, shape,
cleavage, relief/ twinkling, pleochroism
2. Between Crossed polaroids:
isomorphism, anisomorphism, Extinction
position, interference colours, twinning.
(8)
6 Crystallography
a. Definition and conditions conducive for the
formation of crystals, crystal habits and
aggregates
b. Crystal morphology – faces, forms, edges, solid
angles, interfacial angle and its measurement by
contact Goniometer, law of constancy of
interfacial angle
c. Symmetry of crystals – Plane, axis and centre of
symmetry, crystallographic and geometrical
(8)
symmetry. Crystallographic axes, lettering and
order of crystallographic axes, parameters, axial
ratio, indices, parameter system of Weiss, index
system of Miller, Law of rational indices
d. Classification of crystals based on their
elements of symmetry and crystallographic
axes.
The study of following crystal systems –
i. Orthorhombic (Type: Barytes)
ii. Tetragonal (Type: Zircon)
iii. Cubic (Type: Galena)
iv. Hexagonal (Type: Beryl)
v. Monoclinic (Type: Gypsum)
vi. Triclinic (Type: Axinite)
Comparative studies of all the six
crystallographic systems
Total Number of Lectures (42)
Paper I: Mineralogy and Petrology
Term II
MINERALOGY (Contd)
Sr.No Topic No. of
Lectures
7 Introduction to Rock forming and Industrial
minerals
a. Study of following minerals with reference to
their Silicate structures, chemical composition,
physical and optical properties:
Quartz, Orthoclase, Microcline, Plagioclase,
Olivine,
Augite, Hornblende, Muscovite, Biotite
b. Study of minerals used in various industries viz.
Ceramics, Refractory, Paints, Glass, Cement and
fertilizers.
(5)
PETROLOGY
8 Definition and major divisions
a. Definition of petrology, lithology, petrography,
petrogenesis
b. Major divisions and diagnostic characteristic of
rocks : igneous, sedimentary and metamorphic
c. Rock cycle
(2)
Igneous Petrology
9 Magma
a. Magma and its composition
b. Pyrogenetic minerals, Bowen’s reaction series
(4)
(sequential crystallization of minerals in the
igneous rocks)
c. Formation of crystals and glass
10 Forms of Igneous bodies
a. Intrusive: Concordant and discordant intrusions
1. Concordant: sills, laccoliths, lopoliths,
phaccoliths, concordant batholiths
2. Discordant: dykes and veins, cone sheets,
ring dykes, stock, boss conolith and
discordant batholith.
b. Extrusive: lava flows, puy
(4)
11 Textures and Structures
a. Textures, Definition and factors controlling
textures: Equigranular (granitic), Inequigranular
(porphyritic), glassy
b. Structures: Vesicular, amygdaloidal, blocky,
pillow, flow and columnar joints
c. Distinction between textures and structures.
(4)
12 Classification of Igneous Rocks
a. Basis of Classification: Colour index, depth of
formation, silica percentage and type of feldspar
present
b. Description and tabular classification of the
following igneous rocks :
1. Plutonic : Granite, Syenite, Diorite,
Gabbro, Dunite
2. Hypabyssal : Pegmatite, Pitchstone,
Dolerite.
3. Volcanic : Rhyolite, Pumice, Basalt
(4)
Sedimentary Petrology
13 Sediments, sedimentation, sedimentary environments (3)
( definition and types) and formation of sedimentary
rocks: denudation, transportation, deposition and
lithification
14 Textures and structures of sedimentary rocks
a. Clastic and non-clastic textures
b. Structures: Lamination, bedding (concordant and
discordant), graded bedding and ripple marks
(3)
15 Description and classification of the following
secondary rocks:
Laterite and Bauxite, Breccia, Conglomerate,
Sandstones, shales, Mudstone, Limestones.
(2)
Metamorphic Petrology
16 Definition of metamorphism, agents of
metamorphism, kinds of metamorphism,
Characteristics of different types of metamorphism
(9)
17 Structures in metamorphic rocks: maculose, slaty
cleavage, Schistose, Granulose, Gneissose
18 Classification of metamorphic rocks (based on the
original rock, agent/type of metamorphism) and
description of following rocks
Slate, Marble, Quartzite, Mica Schist, hornblende
Schist and Hornblende Gneiss
Total Number of Lectures 40
Paper II : General Geology and Paleontology
Term I
General Geology
Sr.No Topic No. of
Lectures
1 Introduction:
Definition of geology, Its divisions, sub-divisions
and scope
(1)
2 Planet Earth
Origin of the Universe (Big Bang Theory), Origin of
the Solar System (Nebular, Encounter and Tidal
theory)
a. Earth: Its size, shape and density. Temperature,
pressure and magnetism within the earth, Present
day hypsographic curve
b. Age of the Earth: A brief account of the historical
methods. Determination of age by the K/Ar and
U/Th methods
c. Geological Time Scale: Concept and Criteria
(2)
(2)
(2)
(2)
3 a. The Earth’s Atmosphere, Hydrosphere,
Lithosphere and Biosphere
b. Earth’s crust, mantle and core
(2)
4
Continental Drift: Concept and Evidence
Plate Tectonics: A brief introduction
(4)
Weathering (mechanical and chemical), erosion, (4)
5 denudation, soil formation and soil profile.
6 The dynamics of erosional and depositional
landforms resulting from the action of river, wind,
sea and glaciers
(12)
7 Concept of Isostacy: Pratt’s and Aery’s model (2)
8 Types of Mountains: Fold, fault block, volcanic and
residual
(2)
9 Volcanoes: Genesis of volcanoes, Central and fissure
type of eruptions. Products of volcanoes, earth’s
volcanic belts.
(3)
10 Earthquakes: Definition, terminology, causes,
intensity and magnitude. Recording of earthquakes.
Use of seismic waves and their importance in
interpreting the earth’s internal structure. Seismic
zones. History and susceptibility of the Indian
subcontinent to earthquakes.
(4)
Total Number of Lectures 42
Term – II
Palaeontology
Sr.No Topic No. of
Lectures
11 a. Palaeontology: Definition, branches, importance (2)
and scope.
b. Origin and evolution of life over geological time
(3)
12 Fossils: Definition, conditions and modes of
preservation, uses of fossils, techniques used in
collection, preservation and illustration of fossils.
(10)
13 Systematic position, morphology of hard parts,
geological and geographical distribution of the
following:
a. Phylum Mollusca
I. Class: lamellibranchia or Bivalvia:
Morphology of hard parts of the shell and
ornamentation and type of hinge lines.
II. Class: Gastropoda: Morphology of hard parts
of the shell and forms of the gastropod shell
III. Class Cephalopoda: Morphology of hard
parts of Nautilus, Ammonoid, Belemnites
and type of suture lines
IV. Comparison between Nautilus and
Ammonoids
b. Phylum Brachiopoda
Morpholopgy of hard parts of class articulate and
inarticulate. Types of brachial skeleton
c. Phylum Echinodermata
Class Echinoidea, morphology of hard parts of
regularia and irregularia. Variation in the apical disc
in echinoids
d. Phylum Arthropoda
Class Trilobita – Morphology of hard parts of
trilobites, types of facial sutures, conditions of
pygidium.
e. Phylum Coelenterata
Class Anthozoa
(3)
(3)
(5)
(3)
(3)
(4)
(2)
Madreporaria, polyp, medusa, types of septa
Total Number of Lectures 38
Paper III: Practical (Total No. of practicals: 22)
1 Mineralogy
A. Physical properties of minerals
Colour, form, streak, luster, cleavage, fracture, hardness
and specific gravity
B. Identification of following minerals (With the help of
physical properties)
Quartz, Rock crystal, Rose Quartz, Milky Quartz, Smoky
quartz, Amethyst, Chalcedony, Agate, Jasper, Flint, Opal,
Orthoclase, Plagioclase, Biotite, Muscovite, Garnet,
Olivine, Hornblende, Apophyllite, Stilbite, Kyanite, Talc,
Calcite, Fluorite, Gypsum, Barytes, Magnetite, Haematite,
Chromite, Chalcopyrite, Galena, Pyrolusite, Bauxite,
Graphite.
2 Experiment
To find out the specific gravity of minerals using Walker’s
Steel Yard.
3 Crystallography
Study of elements of symmetry, crystallographic axes and
forms with indices of the following crystal systems
(Minimum 3 models of each system)
a) Orthorhombic System (Type: Baryte)
b) Tetragonal System (Type: Zircon)
c) Cubic system (Type: Galena)
d) Hexagonal System (Type: Beryl)
e) Monoclinic System (Type: Gypsum)
f) Triclinic System (Type: Axinite)
4 Measurement of interfacial angle with Contact
Goniometer
5 Optical Mineralogy
Study of optical properties of minerals in plane polarised
light and between crossed nicols
Identification of the following minerals:
Olivine, augite, hornblende, microcline, plagioclase,
muscovite, biotite, calcite, garnet
6 Palaeontology
Study of at least two specimens from each Phylum/Class
(Total number of specimens should not be less than 15)
a. Phylum MoIlusca – Class Lamellibranchia, Class
Gastropoda, Class Cephalopoda
b. Phylum Brachiopoda
c. Phylum Echinodermata
d. Phylum Arthropoda
e. Phylum Coelenterata
7 Petrology
Megascopic study of the following rocks
a. Igneous: Granite, gabbro, rhyolite, basalt (its
varieties), pegmatite
(Classification based on colour index, mineral
composition and
texture)
b. Secondary: Laterite, bauxite, breccia, conglomerate,
sandstones, shales, mudstone and limestones.
c. Metamorphic: Slate, marble, quartzite, mica schist
and hornblende schist, mica gneiss and hornblende
gneiss.
8 Toposheets:
Reading of Toposheets – With reference to Toposheet
number, Latitude and Longitude, State/District, Scale,
Adjacent Toposheet numbers and Conventional Signs
9 Introduction to topographic and geological maps with
horizontal beds.
10 Geological Fieldwork to be conducted in an area of
geological interest for at least two days and geological
report to be submitted for the same.
Total Number of Practicals - 22
Reference Books:
1. Rutley’s Elements of Mineralogy : H.H. Read
2. Text Book of Mineralogy: Dana and Ford
3. Rock Forming Minerals: Deer, Howie, Zussman
4. Manual of Mineralogy: Cornelius, S. Hurlbut and Cornel Klein
5. Principles of Mineralogy: W.H. Blackburn, W.H. Denman
6. Mineralogy: Berry Mason, Dietrich
7. Principles of Petrology: Tyrrell
8. Invertebrate Palaeontology: Henry Woods
9. General Geology: Radhakrishnan
10.Holmes’Principles of Physical Geology: Edited by P. McL. D.
Duff
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