iub assignment cover page pdf

You are using an outdated browser. Please upgrade your browser to improve your experience.

Resources for Student

Independent University, Bangladesh

Undergraduate admission.

Application Deadline:

Admission Test:

Result Publish:

IUB ARROWS PROGRAM

The IUB ARROWS Program is a specialized undergraduate program designed for nurturing future leaders and changemakers.

LFE Program

The Live in Field Experience Program (LFE) aims at bridging the urban-rural knowledge gap.

Research at IUB

Research is an integral part of IUB’s academic outlook.

Academic Success Center

Mohammed shahabuddin.

The Hon’ble President of the People’s Republic of Bangladesh & Chancellor

Mohammed Shahabuddin, born in 1949 in Pabna, is the 16th President of Bangladesh. He has a Masters degree in Psychology and an LLB, and was politically active from his student days. He hoisted Bangladesh's flag in 1971, joined Mujib Bahini, and protested Bangabandhu's assassination in 1975. Imprisoned and tortured post-protest, he later served in the judiciary and Anti-Corruption Commission. A life member of various organizations in Pabna, he is married to Dr. Rebeka Sultana, with a son and twin grandsons. His hobbies include travel and reading.

Didar A Husain

Chairman, Board of Trustees

Didar A Husain is the Chairman of the IUB Board of Trustees. A Freedom Fighter, he is recognized at the Liberation War Museum. Following his retirement from the Bangladesh Army as Major, he joined the textiles business, currently leading Rahim Textile Mills Limited. He is also Managing Director and Chairman of PCS Bangladesh Pvt. Ltd. and Cannon Pest Management Bangladesh Pvt. Ltd. A former VP at BTMA and a member of Bangladesh Diabetic Association's National Council, he is committed to fostering IUB's educational excellence through teamwork and hard work.

Tanweer Hasan, PhD

Vice Chancellor

Tanweer Hasan, Rolf A. Weil Professor of Finance at Roosevelt University and Vice Chancellor of IUB since 2021, holds a B.Com from Dhaka University, an MBA from Baylor University, a Harvard Management Program and a PhD from University of Houston. With over 40 publications, he contributes to journals like Studies in Economics and Finance. His influence extends to 37 countries, consulting for banks and agencies. He's a Certified Fraud Examiner and a Master Analyst in Financial Forensics. A family man, he enjoys travel, golf, and art collection.

Niaz Ahmed Khan, PhD

Pro-Vice Chancellor

Prof. Niaz Ahmed Khan, Ph.D, is the Pro-Vice Chancellor of Independent University, Bangladesh. His other positions include Professor and former Chairman at the Department of Development Studies, University of Dhaka; Senior Academic Adviser, National Defence College (NDC), and Senior Academic Adviser, BRAC Institute of Governance and Development (BIGD). He pursued higher education and research at the University of Oxford, University of Wales Swansea, and Asian Institute of Technology. He has more than 170 publications renowned journals.

IUB Facts & Figures

Learn data driven facts about IUB

BDT 70 Million

Total Research Award FY22-23

Publications by IUB Faculties in the last 3 years

BDT 327 Million

as research grants from local and global institutions

Female students

4 Libraries

hold nearly 300,000 volumes

PhD-holders in the faculty

IUB features active research centers and institutes with advanced facilities, fostering the development of innovative and contemporary knowledge.

IUB prides itself on having highly-qualified faculty, trained at renowned foreign universities, and actively engaged in innovative research endeavors.

IUB offers outcome-based academic programs focused on inspiring cutting-edge knowledge and transferable skills through research and innovation.

IUB Library

The IUB Library contains over 250,000 e-books and access to resource hubs like ABI Global (ProQuest), Cambridge University Press Journals, EBSCOhost, Emerald Journals, IEEEXplore, JSTOR Journals, Literary Encyclopedia, National Geographic, etc.

Student Clubs

Mamun bin ibne reaz, phd.

Dean, School of Engineering, Technology and Sciences

Prof. Md. Mamun Bin Ibne Reaz, a leading researcher with a Ph.D. in Science and Engineering from Ibaraki University, Japan, has made a significant mark in academia. He boasts a prolific publication record of over 400 scholarly articles, covering a wide spectrum of science and engineering topics. Beyond publications, he's obtained multiple patents, showcasing his innovative problem-solving skills. His impactful work is evident through 7,500+ citations, cementing his prominence in the scientific community.

Shah M Faruque, PhD

Dean, School of Environment and Life Sciences

Prof. Shah Mohammad Faruque, PhD, a pioneering researcher, known for his groundbreaking work on Vibrio cholera and bacteriophages. With 150+ research papers, his contributions in genomics, epidemiology, and ecology have reshaped our understanding of bacterial pathogens. Awarded TWAS Prize, his work is vital in global health research.

Md Abdul Khaleque, PhD

Professor, Dept. of Environmental Science and Management

Prof. Md Abdul Khaleque, PhD is a renowned scholar and researcher in the field of environment and climate change.

Mustafa Habib Chowdhury, PhD

Associate Professor, Dept. of Electrical and Electronic Engineering

• CENTRE FOR CONTINUING PROFESSIONAL DEVELOPMENT
• SCHOOL OF BUSINESS & MANAGEMENT STUDIES
• SCHOOL OF EDUCATION
• SCHOOL OF SCIENCE & TECHNOLOGY
• SCHOOL OF SOCIAL SCIENCES
• SCHOOL OF GRADUATE STUDIES
• ONLINE SERVICES
• STUDENT CENTRE
• ETHICS CLEARANCE

Word & Excel Templates

Printable Word and Excel Templates

Assignment Cover Pages

Assignment cover page is the first page of an assignment. When you hold an assignment, the first page that you will see is the cover page. It is also called the title page. An assignment cover page includes the name of the institution, the title of the assignment, the name of the student and student’s ID. The assignment cover page is helpful in identifying what the assignment is about and which student submitted it.

Many students submit assignments to instructors, and instructors are usually teaching more than one subject. Therefore, without an assignment cover page, it would be difficult for the instructor to manage and sort out different assignments.

When there is an assignment cover page, instructors can easily sort out the assignments and grade them. Even the students submitting multiple assignments on the same day could end up submitting the wrong assignment if the assignments didn’t have a cover page.

Another important reason for having assignment cover pages is that this is part of training students to submit work professionally. An assignment cover page shows professionalism in submitting work. When students are trained for professional work, they are better equipped at succeeding in their jobs. Thus, professors and instructors usually ask students to create cover pages for their assignments so that the students develop this habit early in their academic life.

The assignment cover page usually includes the name of the institution, title of the assignment, name of the student, student id, date of submission. In some cases, the title page may also mention the instructor name. Usually, the title page is not page numbered.

Some courses might also require the students to format the assignment cover pages using popular referencing styles. For example, there is a particular format to make an assignment cover page using APA or MLA referencing styles. In some cases, professors may also issue detailed instructions on how to format an assignment cover page. These instructions may include font style, font size, text color, page borders, and the information that must be stated on the cover page along with a particular order.

Cover pages are required in several situations:

• When submitting a project report
• When submitting a research proposal
• When submitting a dissertation
• When making a report that is longer than 2-3 pages
• When the assignment instructions require an assignment cover page
• When the professor is handling more than one subject and assignments may be erroneously sorted

Assignment cover pages are very useful and can be created in MS Word or Adobe. MS Word software allows pictures and text to be used on the cover page. Students may also use headers and footers, page borders and other features in MS Word to create a nice cover page. You can even use the popular heading styles given in MS Word.

If you do not have the time or energy to create a cover page, you may use cover pages available on our website. We offer editable cover page templates that you can easily download and customize. Browse through our specially designed assignment cover pages and save your time and effort.

BUBT Assignment Cover Page PDF Download

A Bubt assignment cover page is a document that is typically used as the first page of an assignment or project submitted by students at the Bangladesh University of Business and Technology (BUBT). The cover page usually includes important information such as the student’s name, the course title, the assignment title, the instructor’s name, and the submission date.

The cover page is an essential document as it provides a professional and organized appearance to the assignment and also serves as a reference for the instructor to identify the student’s work quickly. It also helps to ensure that the assignment is complete and contains all the necessary information.

BUBT Assignment Cover Page

Bubt assignment cover page pdf download :.

Your Assignment front page is the first impression your teacher or professor gets of your work. It’s important to make a good impression, so it’s worth taking the time to create a professional-looking front page.

BUBT students can download a template for the Bubt assignment cover page from this site. The template can be easily filled in with the required information and then printed out. Many students choose to use the template as it is easy to use and ensure that all the necessary information is included on the cover page.

It is important to note that the cover page should be typed or written neatly and professionally. The font and layout should be consistent with the rest of the assignment and should be easy to read. Additionally, it should be checked for spelling and grammar errors before it is submitted.

BUBT Assignment Cover Page Pdf Download

Bubt assignment front page word file download.

Your assignment front page is the first thing your teacher or professor sees when they receive your work. It’s important to make a good first impression, so it’s worth taking the time to create a professional-looking front page.

Here are some tips for writing a great assignment front page:

• Include all of the required information, such as your name, student ID number, course name and code, assignment title, due date, and word count.
• Use a clear and easy-to-read font.
• Use consistent font size and formatting throughout the page.
• Use white space to make your front page look organized and easy to read.
• Proofread your front page carefully before submitting it.

If you’re going the extra mile, you can also try to make your assignment front page visually appealing. This could involve using a simple and elegant design, using a color scheme that is consistent with your institution’s branding, or using images or graphics sparingly and tastefully.

Ultimately, the goal of your assignment front page is to make a good impression on your teacher or professor and to make your work easy to read and grade. By following the tips above, you can create a front page that will help you put your best foot forward.

In conclusion, a Bubt assignment cover page is an important document that should be included with every assignment or project submitted by students at BUBT. It provides a professional and organized appearance, serves as a reference for the instructor, and helps to ensure that the assignment is complete and contains all the necessary information. students can download the template from the university’s website, and it should be filled in, printed, and handed in along with the assignment.

About The Author

Leave a Reply Cancel Reply

Save my name, email, and website in this browser for the next time I comment.

Academia.edu no longer supports Internet Explorer.

To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to  upgrade your browser .

Enter the email address you signed up with and we'll email you a reset link.

• We're Hiring!
• Help Center

IUBAT Cover Page

Related Papers

Professor Dr. Loutfy H . Madkour

Inhibition effect of Schiff base compounds on the corrosion of iron in nitric acid and sodium hydroxide solutions Madkour, L.H.a , Zinhome, U.A.b a Chemistry Department, Faculty of Science, King Abdul Aziz University, P.O.Box:80203, Jeddah 21589, Saudi Arabia b Chemistry Department, Faculty of Science, Tanta University, 31527, Tanta, Egypt -------------------------------------------------------------------------------- View references (40) Abstract Studies using chemical and electrochemical techniques were carried out on an iron electrode in 2.0 mo I/liter -nitric acid and 2.0 mol/liter sodium hydroxide solutions to evaluate the corrosion behavior. Schiff bases investigated are found to function well as corrosion inhibitors for iron metal in both nitric acid and sodium hydroxide solutions, but a better performance is noticed in nitric acid solution. This is due to the less negative potential of iron in acidic solution, favoring adsorption of the additives. The Schiff bases act as mixed type inhibitors in acidic solution, whereas they cause only inhibition of the cathode process in alkaline medium and the magnitude of the displacement of the Tafel plot is proportional to its concentration. The additives inhibit the corrosion through their ability of getting adsorbed on the iron surface by interaction with π-electrons of the aromatic rings, and the azo methine group. The adsorption process was found to obey Temkin adsorption isotherm. Also, the adsorbed Schiff base molecules interact with iron ions formed on the metal surface leading to neutral and cationic iron-Schiff base complexes. Models for the inhibition corrosion behavior were developed based upon various statistical analyses of the experimental data. © University of Manchester and the authors. -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Author keywords Corrosion; HNO3and NaOH; Inhibition; Iron; Schiff base

This investigation is designed to apply an advanced kinetic-thermodynamic model on the experimental data obtained from acidic and alkaline corrosion of iron using mono- and bis-azo dyes as corrosion inhibitors. The inhibition properties of the tested azo dyes on corrosion of iron in HNO3 and NaOH media were analyzed by gravimetric, thermometric and polarization measurements. The three studied methods gave consistent results. Polarization study showed that all the inhibitors are mixed type in acidic, act mainly as cathodic in alkaline solution. The synthesized azo dye derivatives exhibit good inhibition properties, obeys the Frumkin adsorption isotherm. The large values of the change in the standard free energy of adsorption (∆Goads), equilibrium constant (K ads) and binding constant (Kb) revealed that the reactions proceed spontaneously and result in highly efficient physisorption mechanism and stronger electrical interaction between the double layer existing at the phase boundary and the adsorbing molecules. The inhibition efficiency depends on the number of adsorption oxygen sites (OH and OMe groups), their charge density and π- electron clouds. The inhibition efficiency evaluated via theoretical methods was well accorded with reported experimental ones, following the same order as:  - naphthyl- ligand >  -naphthyl > p-anisdine > p-toluidine > o-toluidine > m- toluidine derivative. This research might provide a theoretical inhibition performance evaluation approach for homologous inhibitors.

Studies using chemical and electrochemical techniques were carried out on an iron electrode in 2.0 mo I/liter -nitric acid and 2.0 mol/liter sodium hydroxide solutions to evaluate the corrosion behavior. Schiff bases investigated are found to function well as corrosion inhibitors for iron metal in both nitric acid and sodium hydroxide solutions, but a better performance is noticed in nitric acid solution. This is due to the less negative potential of iron in acidic solution , favoring adsorption of the additives. The Schiff bases act as mixed type inhibitors in acidic solution, whereas they cause only inhibition of the cathode process in alkaline medium and the magnitude of the displacement of the Tafel plot is proportional to its concentration. The additives inhibit the corrosion through their ability of getting adsorbed on the iron surface by interaction with π-electrons of the aromatic rings, and the azo methine group. The adsorption process was found to obey Temkin adsorption isotherm. Also, the adsorbed Schiff base molecules interact with iron ions formed on the metal surface leading to neutral and cationic iron-Schiff base complexes. Models for the inhibition corrosion behavior were developed based upon various statistical analyses of the experimental data.

Quantum chemical calculations using the density functional theory (DFT) have been applied to the five kinds of polydentate Schiff base compounds (PSCs), act as inhibitors for iron in aerated 2.0 M HNO3 and 2.0 M NaOH media. The structural parameters, such as the frontier molecular orbital energy HOMO (highest occupied molecular orbital), LUMO (lowest unoccupied molecular orbital), energy gap ΔE (ELUMO - EHOMO), the charge distribution, the absolute electronegativity (χ), the fraction of electrons transfer (ΔN) from inhibitors to iron, the dipole moment (μ), the global hardness (η) and the total energy (Etotal) were also calculated and correlated with their inhibition efficiencies (%IE). The inhibition effects of (PSCs) may be explained in terms of electronic properties. The results showed that the (%IE) of PSCs increased with the increase in EHOMO and decrease in ELUMO - EHOMO. The inhibitor molecules were first adsorbed on the iron surface and blocking the reaction sites available for corrosive attack; and the areas containing N and O atoms are most possible sites for bonding by donating electrons to the iron surface through interaction with π-electrons of the aromatic rings, and the azo methine group. Also, the adsorbed Schiff base molecules interact with iron ions in the corrosive media leading to neutral and cationic iron-Schiff base complexes. Adsorption process is spontaneous, exothermic and obeyed Temkin isotherm and regarded as physical than chemical mechanism. The polarization studied indicated that the inhibitors act as a mixed type inhibitor in HNO3; cause only inhibition of the cathode process in NaOH, and the magnitude of the displacement of the Tafel plot is proportional to its concentration. Models for the inhibition corrosion behaviour were developed based upon statistical analyses of the experimental data. Some thermodynamic and kinetic parameters (Kads, ΔGads) were estimated. Both experimental and quantum theoretical calculations are in excellent agreement.The inhibition efficiency increase in the order of: PSC_1 > PSC_2 > PSC_3 > PSC_4>PSC_5. Thus, DFT study gave further insight into the mechanism of inhibition action of PSCs. This research might provide a theoretical inhibition performance evaluation approach for homologous inhibitors. © 2014 University of Manchester and the authors. Quantum chemical calculations using the density functional theory (DFT) have been applied to the five kinds of polydentate Schiff base compounds (PSCs), act as inhibitors for iron in aerated 2.0 M HNO3 and 2.0 M NaOH media. The structural parameters, such as the frontier molecular orbital energy HOMO (highest occupied molecular orbital), LUMO (lowest unoccupied molecular orbital), energy gap ΔE (ELUMO - EHOMO), the charge distribution, the absolute electronegativity (χ), the fraction of electrons transfer (ΔN) from inhibitors to iron, the dipole moment (μ), the global hardness (η) and the total energy (Etotal) were also calculated and correlated with their inhibition efficiencies (%IE). The inhibition effects of (PSCs) may be explained in terms of electronic properties. The results showed that the (%IE) of PSCs increased with the increase in EHOMO and decrease in ELUMO - EHOMO. The inhibitor molecules were first adsorbed on the iron surface and blocking the reaction sites available for corrosive attack; and the areas containing N and O atoms are most possible sites for bonding by donating electrons to the iron surface through interaction with π-electrons of the aromatic rings, and the azo methine group. Also, the adsorbed Schiff base molecules interact with iron ions in the corrosive media leading to neutral and cationic iron-Schiff base complexes. Adsorption process is spontaneous, exothermic and obeyed Temkin isotherm and regarded as physical than chemical mechanism. The polarization studied indicated that the inhibitors act as a mixed type inhibitor in HNO3; cause only inhibition of the cathode process in NaOH, and the magnitude of the displacement of the Tafel plot is proportional to its concentration. Models for the inhibition corrosion behaviour were developed based upon statistical analyses of the experimental data. Some thermodynamic and kinetic parameters (Kads, ΔGads) were estimated. Both experimental and quantum theoretical calculations are in excellent agreement.The inhibition efficiency increase in the order of: PSC_1 > PSC_2 > PSC_3 > PSC_4>PSC_5. Thus, DFT study gave further insight into the mechanism of inhibition action of PSCs. This research might provide a theoretical inhibition performance evaluation approach for homologous inhibitors. © 2014 University of Manchester and the authors. Quantum chemical calculations using the density functional theory (DFT) have been applied to the five kinds of polydentate Schiff base compounds (PSCs), act as inhibitors for iron in aerated 2.0 M HNO3 and 2.0 M NaOH media. The structural parameters, such as the frontier molecular orbital energy HOMO (highest occupied molecular orbital), LUMO (lowest unoccupied molecular orbital), energy gap ∆E (ELUMO - EHOMO), the charge distribution, the absolute electronegativity (χ), the fraction of electrons transfer (∆N) from inhibitors to iron, the dipole moment (µ), the global hardness (η) and the total energy (Etotal) were also calculated and correlated with their inhibition efficiencies (%IE). The inhibition effects of (PSCs) may be explained in terms of electronic properties. The results showed that the (%IE) of PSCs increased with the increase in EHOMO and decrease in ELUMO - EHOMO. The inhibitor molecules were first adsorbed on the iron surface and blocking the reaction sites available for corrosive attack; and the areas containing N and O atoms are most possible sites for bonding by donating electrons to the iron surface through interaction with π-electrons of the aromatic rings, and the azo methine group. Also, the adsorbed Schiff base molecules interact with iron ions in the corrosive media leading to neutral and cationic iron-Schiff base complexes. Adsorption process is spontaneous, exothermic and obeyed Temkin isotherm and regarded as physical than chemical mechanism. The polarization studied indicated that the inhibitors act as a mixed type inhibitor in HNO3; cause only inhibition of the cathode process in NaOH, and the magnitude of the displacement of the Tafel plot is proportional to its concentration. Models for the inhibition corrosion behaviour were developed based upon statistical analyses of the experimental data. Some thermodynamic and kinetic parameters (Kads, ∆Gads) were estimated. Both experimental and quantum theoretical calculations are in excellent agreement.The inhibition efficiency increase in the order of: PSC_1 > PSC_2 > PSC_3 > PSC_4>PSC_5. Thus, DFT study gave further insight into the mechanism of inhibition action of PSCs. This research might provide a theoretical inhibition performance evaluation approach for homologous inhibitors.

Conference on Frontiers in Education

Veijo Meisalo

The ViSCoS program (virtual studies of computer science) provides Finnish high school students with an opportunity to study first-year university level computer science courses over the Internet. For the time being, the fourth group of high school students participates in this program. Almost half of the content in ViSCoS deals with programming. Programming has proven to be the most difficult

Electroless nickel coating on rapid prototyped ABS M30 plastics was successfully developed. Micro hardness studies indicated that the coatings are enhancing the strength of plastics. The corrosion resistance of coated surface was evaluated in sea water medium using electrochemical techniques. The EN surfaces improved the ultimate tensile strength in comparison with ABS M30 plastics. The appearances of spherical particles of Ni-P are visible in FE-SEM images. The results are presented and discussed.

Quantum chemical calculations using the density functional theory (DFT) have been applied to the five kinds of polydentate Schiff base compounds (PSCs), act as inhibitors for iron in aerated 2.0 M HNO3 and 2.0 M NaOH media. The structural parameters, such as the frontier molecular orbital energy HOMO (highest occupied molecular orbital), LUMO (lowest unoccupied molecular orbital), energy gap ΔE (ELUMO - EHOMO), the charge distribution, the absolute electronegativity (χ), the fraction of electrons transfer (ΔN) from inhibitors to iron, the dipole moment (μ), the global hardness (η) and the total energy (Etotal) were also calculated and correlated with their inhibition efficiencies (%IE). The inhibition effects of (PSCs) may be explained in terms of electronic properties. The results showed that the (%IE) of PSCs increased with the increase in EHOMO and decrease in ELUMO - EHOMO. The inhibitor molecules were first adsorbed on the iron surface and blocking the reaction sites available for corrosive attack; and the areas containing N and O atoms are most possible sites for bonding by donating electrons to the iron surface through interaction with π-electrons of the aromatic rings, and the azo methine group. Also, the adsorbed Schiff base molecules interact with iron ions in the corrosive media leading to neutral and cationic iron-Schiff base complexes. Adsorption process is spontaneous, exothermic and obeyed Temkin isotherm and regarded as physical than chemical mechanism. The polarization studied indicated that the inhibitors act as a mixed type inhibitor in HNO3; cause only inhibition of the cathode process in NaOH, and the magnitude of the displacement of the Tafel plot is proportional to its concentration. Models for the inhibition corrosion behaviour were developed based upon statistical analyses of the experimental data. Some thermodynamic and kinetic parameters (Kads, ΔGads) were estimated. Both experimental and quantum theoretical calculations are in excellent agreement.The inhibition efficiency increase in the order of: PSC_1 > PSC_2 > PSC_3 > PSC_4>PSC_5. Thus, DFT study gave further insight into the mechanism of inhibition action of PSCs. This research might provide a theoretical inhibition performance evaluation approach for homologous inhibitors.

JCSE Vol.17 (4) 2014

The structural parameters, such as the frontier molecular orbital energy HOMO (highest occupied molecular orbital), LUMO (lowest unoccupied molecular orbital), energy gap ΔE (ELUMO - EHOMO), the charge distribution, the absolute electronegativity (χ), the fraction of electrons transfer (ΔN) from inhibitors to iron, the dipole moment (μ), the global hardness (η) and the total energy (Etotal) were also calculated and correlated with their inhibition efficiencies (%IE). The inhibition effects of (PSCs) may be explained in terms of electronic properties. The results showed that the (%IE) of PSCs increased with the increase in EHOMO and decrease in ELUMO - EHOMO. The inhibitor molecules were first adsorbed on the iron surface and blocking the reaction sites available for corrosive attack; and the areas containing N and O atoms are most possible sites for bonding by donating electrons to the iron surface through interaction with π-electrons of the aromatic rings, and the azo methine group. Also, the adsorbed Schiff base molecules interact with iron ions in the corrosive media leading to neutral and cationic iron-Schiff base complexes. Adsorption process is spontaneous, exothermic and obeyed Temkin isotherm and regarded as physical than chemical mechanism. The polarization studied indicated that the inhibitors act as a mixed type inhibitor in HNO3; cause only inhibition of the cathode process in NaOH, and the magnitude of the displacement of the Tafel plot is proportional to its concentration. Models for the inhibition corrosion behaviour were developed based upon statistical analyses of the experimental data. Some thermodynamic and kinetic parameters (Kads, ΔGads) were estimated. Both experimental and quantum theoretical calculations are in excellent agreement.The inhibition efficiency increase in the order of: PSC_1 > PSC_2 > PSC_3 > PSC_4>PSC_5. Thus, DFT study gave further insight into the mechanism of inhibition action of PSCs. This research might provide a theoretical inhibition performance evaluation approach for homologous inhibitors.

RELATED PAPERS

American Journal of Medical Genetics

scott fraser

Denis Njari

Lorin Cranford

Korean Journal of Urology

HyunSop Choe

JURNAL ILMIAH PETERNAKAN TERPADU

arif qisthon

Journal of Medical Microbiology

Gerardo Martin Bautista

The Israel journal of psychiatry and related sciences

Informatique Gestion

Linda Clarke

Scientific Reports

Claudia Paredes

médecine/sciences

Rémi DEUDON

Journal of Water and Soil Science

Babak Bahreininejad

Environmental Fluid Mechanics

Hassan Smaoui

Magnetic Resonance in Medicine

Alan Koretsky

Frontiers in Pharmacology

Nghi Nguyen

International Journal of Gaming and Computer-Mediated Simulations

Shivam Gupta

Philipp Fuchs

Jurnal Pendidikan Geografi Undiksha

Made Sarmita

Frontiers in Ecology and Evolution

Winston Vickers

Zainul Mustofa

International Journal of Advanced Computer Science and Applications

Spanish Journal of Agricultural Research

Ana Molineri

Chemical Papers

saurabh thoravat

Psuedoscienence vs Archaeology

Fredrik Trusohamn

•   We're Hiring!
•   Help Center
• Find new research papers in:
• Health Sciences
• Earth Sciences
• Cognitive Science
• Mathematics
• Computer Science
• Academia ©2024

• Engineering & Technology
• Computer Science

DIU Assignment Cover Page for All Departments Daffodil International University

Related documents

Study collections

Add this document to collection(s).

You can add this document to your study collection(s)

Add this document to saved

You can add this document to your saved list

Suggest us how to improve StudyLib

(For complaints, use another form )

Input it if you want to receive answer

Download Free AIOU Assignment Covering Form in PDF Format

Aiou assignment covering form.

The AIOU Assignment Covering Form is a document that students of Allama Iqbal Open University (AIOU) have to fill out and attach to their assignments before submitting them to their tutors. The form contains the following information:

• Student’s name, roll number, CNIC number, program, course code, course title, semester, and date of submission.
• Tutor’s name, address, and signature.
• Marks obtained by the student in the assignment.
• The form helps the university to keep track of the student’s progress and performance in their courses. It also ensures that the assignments are submitted to the correct tutors and are evaluated fairly.
• You can download the AIOU Assignment Covering Form from the university’s website. You can also find instructions for writing and submitting your assignments [ here ].

Can I submit my assignment online?

Yes, you can submit your assignment online through the AIOU Aaghi LMS portal. This is a learning management system that allows you to access your courses, lectures, assignments, workshops, and papers online. You can also get feedback from your tutors and track your progress.

To submit your assignment online, you need to follow these steps:

• Log in to the AIOU Aaghi LMS portal with your username and password.
• Locate the assignment submission section for your course and click on the link module of the assignment.
• Click on the Add Submission button and upload your completed assignment file. Make sure it is in the required format (PDF or Word) and meets the submission deadline.
• Confirm your submission and wait for your tutor’s evaluation.

Free Download AIOU Assignment Covering Form In PDF Format

What is the format for submitting assignments.

The format for submitting assignments depends on whether you are submitting them online or offline. Here are some general guidelines for both methods:

• Online submission: You need to log in to the AIOU Aaghi LMS portal and upload your completed assignment file in the required format (PDF or Word). You also need to fill out and attach the AIOU Assignment Covering Form with your file. You can find more details and instructions on how to submit your assignments online [ here ].
• Offline submission: You need to write your assignment on paper and mail it to your tutor’s address. You also need to fill out and attach the AIOU Assignment Covering Forms with your paper. You can find more details and instructions on how to write and submit your assignments offline [ here ].

Leave a Reply Cancel reply

Teach educator.

A "Teach Educator" is a specialized role focusing on training and empowering other teachers. This professional is dedicated to enhancing educators' skills through the latest teaching techniques, innovative technologies, and educational research. They conduct workshops, seminars, and coaching, promoting professional development within academic settings.

By improving teaching standards and fostering a culture of continuous learning among educators, Teach Educators ensure that classroom challenges are met with advanced strategies, leading to more effective teaching and richer student learning experiences.

Privacy Policy

Live Sports Score

Editor's Choice

Recent Post

Apply Now: Telangana Chief Minister’s Overseas Scholarship 2024

April 25, 2024

AIOU Admission 2024 – Apply Now

Top Canadian Universities For Admissions 2023-2024

© 2023 Teach Educator

Privacy policy

Discover more from Teach Educator

Subscribe now to keep reading and get access to the full archive.

Type your email…

Continue reading