...Hunter College, CUNY Chem104LC Spring 2015 General Chemistry 2: Spring 2015 Section 01: Tu/Fr, 9:10am - 11:00am Section 02: Sa, 10:10am – 12:00pm Instructors: Sec 01: Nadya Kobko, PhD (Room 1320HN) Sec 02: Ravichandra Bachu, PhD (Room TBA) Email: nkobko@hunter.cuny.edu Email: rbachu@hunter.cuny.edu Office Hours: We 4 to 7 pm (or by appt.) Office Hours: TBA (1403HN, Sa) Goal of the course: This is the second semester of a 2-semester general chemistry sequence that you began in Chem 102 last semester. In Chem 104 we will cover the topics of kinetics, equilibrium, acids and bases, buffers, complex ions, thermodynamics, electrochemistry and nuclear chemistry. Chem 104 is a demanding course (more so than Chem 102) and to achieve success in this course you will need to organize large quantities of information in coherent ways so that you are able to recall and apply your knowledge. In addition you will have to learn to organize your time efficiently. And the mathematics is more demanding than in Chem 102! This semester general chemistry is run using a flipped classroom model. In this model you will watch videos and complete online homework at home and then come to class to complete workshop assignments (during your recitation section) and participate in peer-learning activities using an iClicker (during lecture every Friday). On Tuesdays during lecture we will stream the class videos for the week. This class is an optional component of the course. You should plan to spend at least...
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...Department of Chemistry College of Sciences University of Central Florida CHM 2046L Chemistry Fundamentals Laboratory (1 Credit) Course Syllabus Graduate Laboratory Instructor: Office: Phone: E-mail: Office Hours: | Instructor: Dr. Cherie YestrebskyOffice: CH 325Phone: 407-823-2135E-mail: cherie.yestrebsky@ucf.edu | University Course Catalog Description Illustration of chemical principles and introduction to the techniques of inorganic and physical chemistry. Course Overview The Chemistry Fundamentals Laboratory course is designed to give students an insight into the processes of experimental chemistry. The course provides a series of authentic, challenging, and relevant questions which students seek to answer through experimentation in a safe environment. Lab techniques like titration, spectroscopy, dilution, and measurement will be incorporated with critical thinking exercises to enhance the learning process and improve comprehension of fundamental concepts. An introduction to writing within the science discipline will be addressed each week. Course Objectives At the end of the semester, students will be able to: * Keep safety the first priority while working in the laboratory * Design a procedure to answer a key question * Model how writing is used in a variety of chemistry genres * Experiment with glassware & equipment in alignment with their intended function * Develop stronger critical thinking skills ...
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...CHEMISTRY CHEMISTRY (CLASSES XI–XII) Rationale Higher Secondary Stage is the most crucial stage of school education because at this stage specialised discipline based, content oriented courses are introduced. Students reach this stage after 10 years of general education and opt for Chemistry with a purpose of mostly for pursuing their career in basic sciences or professional courses like medicines, engineering, technology and studying courses in applied areas of science and technology at tertiary level. Therefore, at this stage, there is a need to provide learners with sufficient conceptual background of Chemistry, which will make them competent to meet the challenges of academic and professional courses after the higher secondary stage. National Curriculum Framework for School Education – 2005 recommends a disciplinary approach with appropriate rigour and depth with the care that syllabus is not heavy and at the same time it is comparable to the international level. It emphasizes a coherent focus on important ideas within the discipline that are properly sequenced to optimize learning. It recommends that theoretical component of Higher Secondary Science should emphasize on problem solving methods and the awareness of Syllabus for Secondary and Higher Secondary Levels 22 historical development of key concepts of science be judiciously integrated into content. The present exercise of syllabus development in Chemistry at Higher Secondary Stage is based on this framework...
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...leadership and communication skills able to meet set targets with very minimal supervision. I am a person of high integrity and honesty. | CAREER OBJECTIVE. | * To work in a challenging and dynamic firm that requires dedication, creativity and implementations of existing policies through teamwork. * To be a research scientist and an academician able to utilize and sustainably apply the available natural resources and actively participate in research work | EDUCATION. 2007- 2011.Jan 2007 – Dec 20072002-2005.1991 - 1998. | Course. Institution. Achievement.BSc. Chemistry University of Nairobi. Second class Computer System Operation Unity college of professional Studies. CertificateKenya Certificate of Kisii High School. CertificateSecondary Education (KCSE). Kenya Certificate of...
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...prepared by CBSE, NCERT and COBSE. This is to establish a uniformity across the country keeping in view the relevance of different areas in Medical Education. PHYSICS S.No. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. CLASS XI Physical world and measurement Kinematics Laws of Motion Work, Energy and Power Motion of System of Particles and Rigid Body Gravitation Properties of Bulk Matter Thermodynamics Behaviour of Perfect Gas and Kinetic Theory Oscillations and Waves CLASS XII Electrostatics Current Electricity Magnetic Effects of Current and Magnetism Electromagnetic Induction and Alternating Currents Electromagnetic Waves Optics Dual Nature of Matter and Radiation Atoms and Nuclei Electronic Devices CHEMISTRY S.No. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. CLASS XI Some Basic Concepts of Chemistry Structure of Atom Classification of Elements and Periodicity in Properties Chemical Bonding and Molecular Structure States of Matter: Gases and Liquids Thermodynamics Equilibrium Redox Reactions Hydrogen s-Block Element (Alkali and Alkaline earth metals) Some p-Block Elements Organic Chemistry- Some Basic Principles and Techniques Hydrocarbons Environmental Chemistry CLASS XII Solid State Solutions Electrochemistry Chemical Kinetics Surface Chemistry General Principles and Processes of Isolation of Elements p- Block Elements d and f Block Elements Coordination Compounds Haloalkanes and Haloarenes Alcohols, Phenols and Ethers Aldehydes, Ketones and Carboxylic Acids...
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...Daniel Rutherford Jacobus Henricus Walther Hermann Nernst Reinhold Benesch & Ruth Erica Benesch Find How Oxygen is Transported in Human Body Frederick Soddy Artturi Ilmari Virtanen Louis Jacques Thenard discovers hydrogen peroxide Jbir ibn Hayyn Ya'qub Al-Kindi Paul Karrer Antoine-Laurent de Lavoisier Few things are as important as water, which we know is made of oxygen and hydrogen. Did you know that Antoine Lavoisier was the discoverer of both elements? Contributions to Science Antoine-Laurent de Lavoisier is one of the most important scientists in the history of chemistry. He discovered elements, formulated a basic law of chemistry and helped create the metric system. During his time, people believed that when an object burns, a mysterious substance called ‘phlogiston’ was released. This was called the ‘phlogiston theory’. Lavoisier’s experiments demonstrated the contrary, i.e. when something burned, it actually absorbed something from the air, instead of releasing anything. He later named the ‘something’ from the air as oxygen, when he found that it combined with other chemicals to form acid. (In Greek, ‘oxy’ means sharp, referring to the sharp taste of acids.) Henry Cavendish had earlier isolated hydrogen, but he called it inflammable air. Lavoisier showed that this inflammable air burned to form a colourless liquid, which turned out to be water. The Greek word for water is ‘hydro’, so the air that burned to form water was hydrogen! Lavoisier was...
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...Fall 2015 Analytical Chemistry I Quantitative Analysis Chem 341WI 4 Credit Hrs | Instruction Mode: L (lab) and P (class) Professor Andrew Holder holdera@umkc.edu • SCB 113 • 816-235-2293 • 913-543-3709 (fax) Office Hours: T/Th 1:00-4:00, 5:00 – 7:30 Lecture: T/Th 4PM | Labs: T/Th 1PM (AFT), 5PM (EVE) Credit: Lab + Lecture = 4 credits | Format: Lab + Lecture (P) Lecture / Class Policies and Procedures Correspondence with UMKC Student Learning Outcomes Scientific Reasoning & Quantitative Analysis * Apply principles/methods of sciencea, mathb, statisticsc and logicd to solve problems and draw logical inferences. * Chpt 3: Experimental Error (c) * Chpt 4: Statistics (c) * Chpt 6: Chemical Equilibrium (a, b, d, e, f) * Chpt 7: Activity & Systematic Trtmnt, (a, d, e, h) * Chpt 8: Monoprotic Acid-Base Equil., * Chpt 9: Polyprotic Acid-Base Equil. (a, d, e, g, h) * Develop quantitative literacy enabling comprehensione and evaluationf of info in broad contexts. * Chpt 3: Experimental Error, Chpt 4: Statistics (f) * Chpt 5: Quality Assurance and Calibration Methods (c) * Understand methodsg/principlesh of scientific discovery and their application * Sxn 0-2: The Analytical Chemist’s Job (g, h) * Sxn 0-3: General Stages in a Chemical Analysis (g, h) * Chpt 2: Tools of the Trade (g) * Carrying out laboratory analyses (g, h) ...
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...The Effectiveness of Scientific Games in Teaching Chemistry Concept A Thesis Presented to The Faculty of College of Education Eulogio “Amang” Rodriguez Institute of Science and Technology In Partial Fulfillment of the Requirements for Basic Research Prof. Ed. 11 Submitted by: Glenda C. Perlota Reymund G. Reyes Jay-Ar D. Rivera Ronald A. Sato Macel T. Solis Avegail B. Vega School Year 2007-2008 Submitted to: Mrs. Eleanor S. Arcillas TABLE OF CONTENTS Title Page Acknowledgement ……………………………………………………………i Abstract………………………………………………………………………..ii CHAPTER 1: Problems and its Background………………………………5 Introduction…………………………………………………….5 Theoretical Framework…………………..…………………..6 Conceptual Framework………………………..……………..7 Statement of the Problem……………………..……………..9 Research Hypothesis…………………………………………9 Significance of the Study………………………..…………..10 Scope and Delimitation………………………………………11 Definition of Terms…………………………….……………..12 CHAPTER 2: Review Related Literature…………………………………...14 Foreign Literature…………………………………………….15 Local Literature……………………………………..………...16 CHAPTER 3: Methodology……………………………………..…………….20 Method Used…………………………………………………..20 Respondent of the Study……………………………………20 Sources of Data……………………………………...
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...Achievement in Introductory Business, Mathematics, and Science Courses Predictors of Student Achievement in Business, Marketing, and Economics Predictors of Student Achievement in Mathematics Predictors of Student Achievement in Computer Science Predictors of Student Achievement in Physics Predictors of Student Achievement in Chemistry Predictors of Student Achievement in Biology Summary of Factors That Predict Student Success in Introductory Business, Mathematics, and Science Courses Interpreting Results of Predictive Studies in Business, Mathematics, and Science Education Methods Institutional Records and Public Data ABC and DFW Rates in Gateway Courses Characterizing ABC and DFW Students Student Survey Page 4 5 10 11 13 15 18 20 21 24 27 30 31 32 34 35 1 Characterizing Students’ Educational and Socioeconomic Contexts Characterizing Gateway Classrooms and Courses Development of Predictive Model Results Course-Oriented ABC and DFW Statistics ABC and DFW Rates in Gateway Courses Teaching Styles Used in Gateway Courses Student-Oriented ABC and DFW Statistics Student Demographics Student Perception of Course Student Academic Habits Effect of Class on Student Student Perception of College Life and NAU Predictors of Student Success Discussion Summary and Interpretation of Results Conclusions and Recommendations Student Recruitment Student Preparation Student & Faculty Diversity Curriculum Design & Implementation Identification & Intervention Acknowledgements...
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...I am taking a chemistry class and we have been asked to write a chemistry paper for the final assignment. When I started thinking about a topic the wheels started to turn. I than found myself asking the question, what is chemistry exactly? Chemistry is the scientific study of interactions of a chemical substance that are constituted of atoms or the subatomic particles that include protons, electrons, and neutrons. Atoms combine the produce molecules or crystals. Chemistry is often called "the central science" because it connects the other natural sciences such as astronomy, physics, material science, biology, and geology. The genesis of chemistry can be traced to certain practices, known as alchemy, which had been practiced for several millennia in various parts of the world. Then I wonder that a chemical reaction is. A chemical reaction is a transformation of some substances into one or more other substances. It can be symbolically depicted through a chemical equation. The number of atoms on the left and the right in the equation for a chemical transformation is most often equal. The nature of chemical reactions is that a substance may undergo the energy changes that may accompany it are constrained by certain basic rules, known as chemical laws. So what is a chemical law? Chemical laws are those laws of nature relevant to chemistry. The most fundamental concept in chemistry is the law of conservation of mass, which states that there is no detectable change in the quantity...
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...Spectrophotometry is a quantitative analysis that is essential the subject of chemistry. It measures reflection and transmission of various materials as a function of wavelength. This is a relatively basic concept that is often taught in early chemistry courses such as high school chemistries or general chemistry classes. Spectrophotometry uses a number of instruments that each measures a different range of wavelengths. The instrument that our group created was a colorimeter, which can measure wavelengths in the visible light range. This range is approximately 400-700nm. Three experiments were designed to incorporate this instrument; that are relatively low in costs and great for a high school/general level chemistry students. These experiments do not require a great deal of materials and are not for highly skilled chemists. The basic principles of the physics of color are often taught in high school chemistry and physics classes around the country. Unfortunately, many of these spectrophotometric experiments use harmful solvents to dissolve very small quantities of solute in order to produce a solution with the proper concentration to be analyzed by a colorimeter. Most high schools do not have the ability to dispose of organic waste, and creating a solution of a specific concentration for high school students would likely distract them from the intended task. The proposed colorimetry experiment requires only colored crêpe paper and distilled water in order to prepare...
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...A GUIDE IN FORENSIC CHEMISTRY Forensic chemistry is a branch of chemistry that deals with the application of chemical knowledge, principles, and procedures to matters involving civil or criminal law and to all questions where control of chemical compounds, products, or processes is involved. Forensic Chemistry is an interdisciplinary field of Chemistry tasked to solve cases that can only be explained or resolved by applying analytical methods of investigation and instrumentation with chemistry as the main core of discussion. Forensic chemistry is a broad and diversified field of science. It includes all branches of chemistry and the application of its principles to solve crimes when it arise in the administration of justice. Significantly, Forensic chemistry is vital in crime detection when the components or chemical composition, structure of physical evidence/s collected from the scene of the crime are needed to support in the speedy solution of crime. Application of forensic chemistry is legally applied to the following: 1. Primarily, Forensic Chemistry deals in the recognition, identification, preservation, packaging & transportation of physical evidence collected at the crime scene. 2. In crime detection, it is applied in the identification of poisons, blood, semen, feces, urine, saliva, and other body fluids whether fresh or dried. It also include other stains of interests from ob-gynecological origin, mineral stains, fruits and/or vegetable stains. 3. It is...
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...2014-2015 Undergraduate Academic Calendar and Course Catalogue Published June 2014 The information contained within this document was accurate at the time of publication indicated above and is subject to change. Please consult your faculty or the Registrar’s office if you require clarification regarding the contents of this document. Note: Program map information located in the faculty sections of this document are relevant to students beginning their studies in 2014-2015, students commencing their UOIT studies during a different academic year should consult their faculty to ensure they are following the correct program map. i Message from President Tim McTiernan I am delighted to welcome you to the University of Ontario Institute of Technology (UOIT), one of Canada’s most modern and dynamic university communities. We are a university that lives by three words: challenge, innovate and connect. You have chosen a university known for how it helps students meet the challenges of the future. We have created a leading-edge, technology-enriched learning environment. We have invested in state-of-the-art research and teaching facilities. We have developed industry-ready programs that align with the university’s visionary research portfolio. UOIT is known for its innovative approaches to learning. In many cases, our undergraduate and graduate students are working alongside their professors on research projects and gaining valuable hands-on learning, which we believe is integral...
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...Mission The General Education curriculum helps build the foundation for understanding historical traditions, contemporary issues, the interdependence of local, urban, national and global communities and the importance of psychological, artistic, religious and scientific inquiry. This program is designed to give the student the opportunity to interact with the multifaceted forces that are continually transforming and reshaping our world. The broad based, interdisciplinary scope of the area requirements is designed to help students acquire the knowledge, perspective, skill and professional acumen that is necessary to become thoughtful and responsible citizens and leaders in an increasingly complex world. The General Education curriculum is focused on fostering urban leadership by developing the cross-curricular emphases of writing effectively, thinking critically, managing information successfully, valuing diversity, practicing social justice, presenting orally and visually and learning to learn. Curricular Emphases: To accomplish these goals the general education curriculum, through its cross-disciplinary approach, provides exposure to a wide variety of disciplines while focusing on developing the essential, broad based, intellectual abilities of problem solving, decision making and leadership with a commitment to lifelong learning. The general education program emphasizes the development of oral and written communication skills; knowledge of the arts...
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...College of Economics and Management 85 COLLEGE OF ECONOMICS AND MANAGEMENT Libornio S. Cabanilla, Dean Jose V. Camacho, Jr., Associate Dean Agnes T. Banzon, College Secretary Reynaldo L. Tan, Chair, Dept. of Agribusiness Management Cesar B. Quicoy, Chair, Dept. of Agricultural Economics Amelia L. Bello, Chair, Dept. of Economics The College of Economics and Management (CEM) was formally created in the 996th UP-BOR meeting, February 1987. However, the College traces its roots to the Institute of Agricultural Development and Administration (IADA)which was established in 1975, with three departments – Agricultural Economics (DAE), Economics (DE), and Management (DM), and was elevated to the College of Economics and Management from the merger of IADA with the Agricultural Credit and Cooperative Studies and the Agrarian Reform Institute in 1978. At present, CEM is composed of three departments – the Department of Agricultural Economics, the Department of Economics and the Department of Agribusiness Management. The college sees itself as a center of excellence in undergraduate and graduate instruction, research and extension in economics, agricultural and applied economics, and agribusiness management in Asia. It envisions to be an institution of higher learning that can serve as an active catalyst for economic and social transformation. Its two-fold mission is to produce graduates and future leaders with strong training in economics, agricultural and applied economics, and in agribusiness...
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