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Chemistry Assignments Simplified - Learn, Excel, & Succeed! Chemistry
Course Code   :  CHM135
Course Title   :  chemistry physical principles
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Data Analysis1.    Record the numbers of the days (e.g. 1 to 7) in the file name of your winter dataset. 2.    Include your formatted timeseries showing the concentrations of NO2, O3 and OX over seven days in the winter. Please upload either a PDF or a JPEG of your graph.  3.    What is the mean and standard deviation of O3, NO2 and OX in your win...

Course Code   :  CHEM20212
Course Title   :  core physical chemistry
Ref style  :  Oxford

Problem 1 (15 marks)In the last decade, considerable attention has been paid to understand the properties of water solutions of the synthetic polyelectrolytes called x,y-ionenes (Figure 1). Ionene polymers can selectively bind to protoplasts that makes them potential cancer drugs. Besides this, the applicability of ionenes as non-vector gene delivery systems has been reported. Recently, polyelectrolyte multilayers built up using the ionenes as...

Course Code   :  CHEM1070
Course Title   :  general chemistry
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Step Numbering and Highlighting Phosphate Groups1. Number the steps 1-10 (at each arrow). 2. Highlight the phosphate groups, including in ATP and ADP. 3. Give a label to each reaction type (as seen by the organic substrate). De/phosphorylation (phosphate transfer), Isomerization, Oxidation, Dehydration, Cleavage 4. At which step is the glucose molecule broken into two molecules? 5. How many ATP are used, and at which steps are they used? How ...

Course Code   :  PHA110
Course Title   :  pharmaceutical organic chemistry
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Properties of DetergentsAnswer the following questions according to the contents of the lectures so far. Of the answers to each major question, must answer 200 characters or more in total for A. (2) and (4), and B. (2) must answer 100 characters or more apart from his A. The answer should be submitted in sentences, not in a bulleted list. Also, submit only the answer without including the question text. If necessary, use the following values f...

Course Code   :  CHEM110
Course Title   :  introductory chemistry
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Question: Intermol. Forces Liq. / Solids Properties of liquids 1)What are the properties of liquids. Briefly explain of define each property. 2)What is the difference between cohesive force and adhesive force? Draw and label sketches to show the difference. Give an example of a substance in each group. 3)Order the liquids below from the one that will climb the most up a glass tube to the one that will climb the least up a glass tube: Hexane...

Course Code   :  SIC1002
Course Title   :  inorganic chemistry
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Synthesis of Gold NanoparticlesUnderstanding the role of synthesis reaction conditions on the properties of Gold and Silver Nanoparticles In this practical you will synthesise gold and silver nanoparticles using conventional inorganic reductants and biomolecules as reductants. The success of your syntheses will be measured by the spectroscopic data that you collect.   NOTE: Not all details for the procedures are given- before the labora...

Course Code   :  CHEM2401
Course Title   :  introductory organic chemistry
Ref style  :  MLA
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Task: Triphenylphosphine: Transformations of a Common Ligand Include the following in your formal report:   The formal report for this experiment should include all the collected spectral data.   The spectra can be inserted electronically as an appendix or a figure in the text.   All spectra should be properly labelled and annotated.   In addition, include the yields for both products, and balanced chemical equations for the reaction...

Course Code   :  CHM1025
Course Title   :  introduction to chemistry
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Introduction and PlanningIntroduction Mini journal focusing on chemical kinetics and reaction order. This type of learning environment is a more authentic approach and similar to the upper chemistry course setting. The reaction that you will be working with is hydrogen peroxide and iodide ion in an acidic environment, in the presence of thiosulfate ion and starch indicator as shown in Figure 1. Iodideion is oxidized by hydrogen peroxide to ...

Course Code   :  ESCI 2131
Course Title   :  introduction to geochemistry
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Calculating Coordination and Radius Ratio for Galena1. The images below show the unit cells for two minerals: galena (PbS) and fluorite (CaF2). Versions of the unit cells can be viewed interactively on the web using theAmerican Mineralogist Crystal Structure Database (AMCSD): The galena unit cell from AMCSD is the one shown below, but the fluorite version is a different one. The fluorite image below actually shows two unit cells, whereas the v...

Course Code   :  SCH4U
Course Title   :  Chemistry Assignment
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Overview of ChemMatters CTAThe CTA for this course will entail three parts which will be published, shared, and performed at predetermined dates. This CTA will comprise 30% of your final course mark. 20% of the CTA will be based on the student product/observation (for 2 of the 3 parts), while 10% (for 1 part of the 3 parts) will be based on your presentation to the class. Part 1- ChemMatters Article: Due on January 10th, 2022 Your Task: • Y...

Course Code   :  CHEM101
Course Title   :  General Chemistry
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Task Know Your Element (Facts) 1) Report the name and formula of a compound or polyatomic ion that contains your element. The compound must contain at least one (1) other element and at least three (3) atoms.   2) Describe the types of bonding present in the compound/ion from 1.   3) Denote the electronic structure for each of the common ions of your element. Briefly explain why each of them is common.  Put Some Numbers To I...

Course Code   :  CHM1025C
Course Title   :  chemistry
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ObjectivesOBJECTIVES   • To prepare a standard sodium hydroxide solution.• To determine the molar concentration and mass/mass percent concentration of acetic acid in an unknown vinegar solution.• To gain proficiency in the laboratory technique of titration.   DISCUSSION   In this experiment, we will neutralize an acidic solution of vinegar using a b...

Course Code   :  CHEN20051
Course Title   :  chemical engineering optimisation
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TaskThis document outlines the continuous assessment coursework for Process Engineering Fundamentals. Thisassessment makes up 30% of the overall assessment for the module and is due by the deadline of Wednesday 8th December 14:00. A penalty will be applied for late submission. In order to successfully complete the continuous assessment you’ll need to engage fully with the course, including the discussion board (see the “Case Study ...

Course Code   :  SSCI3000
Course Title   :  global issues and perspectives
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Course DescriptionAn introduction to chemistry, organic chemistry, and biological chemistry for students in nursing and other health science programs. This course expands on foundational knowledge of physiological processes and treatment modalities in human beings. A case study approach will be integrated into the course.  By the end of this course, students will be able to: a) Perform basic chemical calculations. b) Utilize approp...

Course Code   :  CHEM213
Course Title   :  laboratory in organic chemistry
Ref style  :  Chicago

Background Information have used the process of taring to make mass measurements have used the atomic mass of an element to calculate the number of atoms present in a given mass of the element have used a chemical formula to relate the number of atoms of one component of a compound to the number of formula units of the compound itself have used the formula mass of a compound to calculate the mass of the compound that contains a given numbe...

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