University: Al-Nahrain College: Science Department: chemistry11 Second Exam Preparation of...

University: Al-Nahrain College: Science Department: chemistry

Stage: 2nd

Lecturer name: Alaa H. jawd Academic Status:

Course Instructor

E_mail [email protected]

Title Biochemistry

Course Code CHEM 251

Course Description

Type here course description

This course about general bio chemistry

Learning Outcome

Type here course

Textbook

Type here textbook (title,author,edition,publisher,year)

References

Type here the reference (title,author,edition,publisher,year)

Linger 2010

Course Assessment

Term

Tests

Laboratory Quizzes Assignments Final Exam

30 - 8 2 40

General Notes

Type here general notes regarding the course

Course weekly Outline

week Topics Covered Lab. Experiment Assignments

1 The structure of cells

2 The chemistry of water acids-

bases and buffers

3 carbohydrate

4 Monosaccharide and the

optical activity

5 Function of monosaccharide

6 Amino sugars and sugars

derivatives

7 Oligosaccharides

8 Polysaccharides

9 Glycoprotein and glycolipids

10 Amino acids and peptides

11 Ionization reaction of amino

acids

12 Proteins

13 Classification of proteins

14 Denaturation and renaturation

15 Identification of protein

Instructor Signature:

University: Al-Nahrain College: Science Department: Chemistry

Stage: : Second

Lecturer name: Dr. Ahmed Abdulrazaq Ahmed Academic Status:

Course Instructor Organic Chemistry


Title Organic Chemistry


Course Description

Organic chemistry is a chemistry sub discipline involving the

scientific study of the structure, properties, and reactions of organic

compounds [(Aromatic compounds and benzene) (Arenes and

derivatives) (polynuclear Aromatic compounds "Naphthalene" )]

and other physical and chemical methods to preparation them and

the mechanism for preparation and reaction for all of types.

Learning Outcome

Structures, Physical properties, Chemical properties, Reactions,

Preparation, Mechanism (for all of types)

Textbook

"Principles of biochemistry", Lehninger, Third edition, worth

publishers New york, 2004

References

1- Morrison & Boyd- Organic Chemistry

2- Organic Chemistry 4th ed - Francis A. Carey

3- Organic Chemistry 4th ed - Paula Bruice

Course Assessment

Term

Tests


20% 15% 3% 2% 60%

General Notes

http://en.wikipedia.org/wiki/Chemistry

http://en.wikipedia.org/wiki/Science

http://en.wikipedia.org/wiki/Organic_compounds

http://en.wikipedia.org/wiki/Organic_compounds



1 Aromaticity, Structure and

stability of benzene

General instructions and Safety for

organic chemistry laboratory

2 Aromatic character and the

Hückel rule

Preparation of Cyclohexene

3 Electrophilic aromatic

substitution

Preparation of Acetylene

4 Mechanism of nitration,

mechanism of sulfonation,

mechanism of halogenation,

mechanism of Friedel-Crafts

alkylation

Preparation of Cyclopentanone

5 mechanism of Friedel-Crafts

acylation, Theory of reactivety

Preparation of n-Butyl bromide

6 Theory of orientation Complete the Experiment above

7 First Exam Review for the four experiments above

8 Arenes

Structure and Physical

properties

Preparation of Succinic anhydride

9 Synthesis Complete the Experiment above

10 Reactions Preparation of Acetyl salicylic acid

11 Second Exam Preparation of Acetanilide

12 Polynuclear aromatic

hydrocarbons (Naphthalene)

Structure and Physical

properties

Complete the Experiment above

13 Reactions Preparation of Benzene diazonium

chloride

14 Synthesis Complete the Experiment above

15 Third Exam Review for the four experiments above


University: Al-Nahrain College: Science Department: Chemistry Stage: 2nd

Lecturer name: Dr. Hilal Shahab Wahab Academic Status: Assistant Professor

Course Instructor Assistant Professor Dr. Hilal Shahab Wahab


Title Physical Chemistry Chem 241

Course Code Chem 241

Course Description

The course encompasses the principles of thermodynamics for

ideal and real gases including first, second and third laws of

thermodynamics in addition to the fundamental thermodynamics

equations of states.

Learning Outcome

The properties of ideal gases and the essential laws which govern

their behavior. Further, how the equation of states is related in

terms of thermodynamic functions like enthalpy, entropy, Gibbs

energy and internal energy. Moreover, how the properties of real

gases differ from those of the perfect gases and construct an

equation of state that describes their properties.

Textbook

Physical Chemistry/ P.W.Atkins and J. D. Paula / 9th

edition /

Oxford university press/ 2010

mailto:[email protected]

References

1-Laidler, K.J.; Meiser,J.H. and Sauctuary, B.C./ Physical

chemistry/ 4th edition/ Houghton Mifflin Co. / N.Y. / 2003

2-Physical Chemistry/ P.W.Atkins/ 6th

edition / Oxford university

press/ 2001

Course Assessment

Term

Tests


15% 15% 5% 5% 60%

General Notes

The course introduces some basic ideas about fundamental

thermodynamic processes like spontaneous, reversible, isothermal

and adiabatic which it will be useful to know about before their

applications.



1 Gas laws

2 Gas laws Safety measures

3 Dalton’s law

4 First law of thermodynamics Significant figures

5 Work

6 Internal energy Density

7 Enthalpy

8 Heat capacity molar volumes

9 Thermochemistry

10 Hess law Calorimetric Constant

11 Standard enthalpies

12 Real gases neutralization heat

13 Van der Waals approximation

14 Second law of thermodynamics heat of solution-

15 Touton’s rule Exams


University: Al-Nahrain College: Science Department: Chemistyr Stage: Fourth

Lecturer name: Dr. Nasreen Raheem Jber Academic Status: Assistance Professor

Course Instructor Dr. Nasreen Raheem Jber


Title Spectroscopic identification of organic compounds.


Course Description

Spectroscopy is the study of the interaction of matter and electromagnetic

radiation. A continuum of different types of electromagnetic radiation

constitutes the electromagnetic spectrum. High-energy radiation is associated

with high frequencies, large wavenumbers, and short wavelengths.

Infrared spectroscopy identifies the kinds of functional groups in a

compound.

NMR spectroscopy is used to identify the carbon–hydrogen framework of an

organic compound. When a sample is placed in a magnetic field, protons

aligning with the field are in the lower-energy -spin state; those aligning

against the field are in the higher-energy -spin state The energy difference between the spin states depends on the strength of the applied magnetic field.

Each set of chemically equivalent protons gives rise to a signal, so the number

of signals in an1H NMR spectrum indicates the number of different kinds of

protons in a compound. The chemical shift is a measure of how far the signal

is from the reference TMS signal. The chemical shift ()is independent of the

operating frequency of the spectrometer.

The number of signals in a NMR spectrum tells how many different kinds of

carbons a compound has. Carbons in electron-dense environments produce

low-frequency signals; carbons close to electron-withdrawing groups produce

high-frequency signals. Chemical shifts for NMR range over about 220 ppm,

compared with about 12 ppm for NMR. NMR signals are not normally split

by neighboring carbons, unless the spectrometer is run in a proton-coupled

mode.

Learning Outcome

identification of the structure of organic compounds using:

1- UV-Vis spectroscopy

2- Infra-red spectroscopy

3- Proton NMR spectroscopy

4- Carbon NMR spectroscopy

Textbook

Spectrometric identification of organic compounds; Robert M.

Silverstein, Francis X. Webster, David J. Kiemle, seventh edition,

John Wiley & Sons, Inc., 2005

References

Modern Spectroscopy, J. Michael Hollas, Fourth Edition, John

Wiley & Sons, Ltd, 2004.

Organic Chemistry, Paula Y. Bruice, Sixth edition, Pearson

Education, Inc., 2011.

Course Assessment

Term

Tests


13 25 2 40 60

General Notes



1 Introduction to spectroscopy, types of

electronic transition, Chromophore

and Auxochromen concept, solvent

effect

Determination the physical properties of organic

compounds.

2 Woodward-fieser Rules for calculating

absorption maximum in dienes

Determination of elements (sodium fussion)

3 Calculating absorption maximum in

polydienes, and ,-unsaturated

carbonyl compounds

Solubility

4 Calculating absorption maximum in benzene and derivatives

Identification of oxygen containing compounds

5 Principle of infra-red spectroscopy,

types of fundamental vibrations,

factors influencing vibrational

frequencies, instrumental.

Identification of nitrogen containing compounds

6 Finger print region, spectral features

of some classes of organic

compounds, hydrocarbons

unknown

7 spectral features of carbonyl

compounds

unknown

8 spectral features of carboxylic

compounds and its derivatives

unknown

9 Mid Exam unknown

10 spectral features of amines, anilides,

spectral features of nitro, nitriles, thiol

unknown

11 Introduction to nuclear magnetic

resonance, number of signals,

chemical shift, factors influencing

chemical shift, solvent used

unknown

12 Peak area and proton coupling,

splitting of the signals

unknown

13 Chemical shift in 13

CNMR unknown

14

15


University:AlNahrain College:Science Department:Chemistry Stage:4

th

Lecturer name:Dr.Ahmed Askar Academic Status:Assistant Professor

Course Instructor Dr. Ahmed Asker Najaf

Email [email protected]

Title Geology

Course Code 362/Geol 491

Course Description

This course introduce the basics and fundamentals of Earth

science focusing on all minerals ,crystal system and rock types

.Also geology is an important topic for enable students for better

understanding of the source of chemical elements and raw

materials which are extracted from the earth .

Learning Outcome

Open a new horizon for the students, and for more acquiring the

new and update studies that related with applied sciences of

various approaches of pure sciences.

Textbook

Physical Geology

References

Physical Geology

Norris W.Jones

Charles E. Jones

Sixth Edition-Mc Graw Hill Higher Education-2008

Course Assessment

Term

Tests


25 - 7 8 40

General Notes

Geology and other sciences are major parts of our lives, and many

of the daily decisions we make are affected in some way by

science. This course is the linkage with the other sciences applying

the physical, chemical, biological, and even computer sciences all

together as a material science.


week Topics Covered

1 Introduction

2 Properties of Minerals

3 Mineral Identification

4 Crystals

5 Igneous Rocks

6 Mineral composition

7 Classification and Identification

8 Texture

9 Sedimentary Rocks

10 Erosion and Transportation

11 Deposition and Lithification

12 Metamorphic Rocks

13 Types of Metamorphism

14 Metamorphic Texture

15 Zones of Metamorphism


1

University:Al-nahrain College:Science Department:Chemistry

Stage: Fourth year 1st

semester

Lecturer name:Dr.Khaleda H. Al-saidi Academic Status: Assistant professor

Course Instructor Assistant professor Dr- Khaleda Hamid Al-Saidi


Title Analytical Chemistry (Electro-analytical methods)

Course Coordinator CHM421

Course Description

1- Electrochemical definitions and terminology, 2- Potentiometric methods

, 3- Electro-gravimetric and Coulometric methods, 4- Voltammetry and

polarography, 5- Conductometric methods

Learning Outcome First semester (analytical Chemistry)

Textbook

1-Fundamentals of Analytical Chemistry

Eighth Edition, 2009 By: Douglas A. Skoog, Donald M. West, F. James

Holler, Stanley R. Crouch , pub. Brooks/Cole- Thomson Learning 10 Davis

Drive Belmont, CA 94002 USA.

2-Principles of Instrumental Analysis

Third edition By – Douglas A. Skoog, Saunders Golden Sunburst Series

(Saunders college publishing New York 1984

References

1-Principle and Practice of Analytical Chemistry , F.W. Fifield and D.

Kealey , 2nd edition , International Textbook company London , 1986

2- Modern Analytical Chemistry By David Harvey, International Edition

coprint 2000, McGraw-Hill, USA. Some of journals.

Course Assessment

Term Tests Laboratory Quizzes Assignments Final Exam

25% 15 60%

General Notes

Electrochemical definitions and terminology, includes:-

Potentiometric methods, Electro-gravimetric and Coulometric methods,

Voltammetry and polarography, Conductometric methods

2


week Topics Covered 1 1- Electrochemical definitions and terminology

Oxidation/Reductionin Electrochemical cells.

, Types of Electrochemical cells., Reversible and irreversible cells., conducting in

Electrochemical cells, galvanic and electrolyte cells

2 The components of the cell

Anode ., Cathode., Liquid junctions, salt bridge., The schematic Representation of cell.,

Electrode potentials. Examples and questions.

3 Calculation of dissociation constant. Calculation of complex formation constant.

Calculation of solubility product constant. Examples and questions.

4 2- Potentiometric methods

a- Indicator electrodes, metallic electrodes first, second and third order e

lectrodes

b- Membrane electrodes, Alkaline and acid errors, pH electrode calibration

methods.

c- glass selective electrodes, selectivity of electrode and selectivity ratio

d- Ion selective electrodes, glass, liquid membrane, solid - state, precipitate, gas -

sensing and Enzyme electrodes

. Examples and questions.

5 Types of reference electrodes.

Calomel electrode. Double junction reference electrodes. Silver/silver Chloride

electrodes.

e- Instruments for potential measurement

f- Potentiometers

g- Direct reading instruments

h- Analytical application

Examples and questions.

6 Calculation of dissociation constant. Calculation of complex formation constant.

Calculation of solubility product constant. Examples and questions.

7 i- External and standard addition methods

j- Potentiometric titrations, conventional, first and second derivative plots for end

point detections.

8 3- Electro-gravimetric and Coulometric methods

a- Electrolysis and current- voltage relationships

b- Constant current and constant potential electrolysis

. Examples and questions

9 c- Types of coulometric methods, constant potential coulometry

d- Coulometric titration, neutralization, precipitation, complex formation,

oxidation - reduction titration.

. Examples and questions

10 Examination

11 4- Voltammetry and polarography

a- Description of polarographic measurements, polarographic cell, Dropping

Mercury electrode, polarograms

b- polarographic wave, residual current, limiting current, diffusion current, and

half - wave potential. Examples and questions.

12 c- Supporting electrolyte and current maxima suppressors

d- Ilkovic equation and its analytical application

3

e- Voltammetry and related techniques.

f- Amperometric titrations, titration curves, analytical applications,

Examples and questions

13 5- Conductometric methods

a- Electrolytic conductance, equivalent conductance

b- conductance measurements, power sources, types of cells, cell constant

c- Conductometric titrations, acid - base mixture titrations

. Examples and questions .

14 Review , Examples and questions., Examination

15 Term Paper :Involve a preparation of a recent research article in own words


Assistant professor Dr- Khaleda Hamid Al-Saidi

University: Al-Nahrain College: Science Department: chemistry11 Second Exam Preparation of...

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