Topic: Relating stoichiometry to dosage calculations (CO 4)

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CO 1: Apply the scientific method to propose a hypothesis and set up an experiment including positive and negative controls and appropriate units of measurement.

CO 2: Predict the numbers of protons, neutrons, and electrons given the atomic symbol or limited information for a specific isotope of an element and relate them to atomic mass and charge.

CO 3: Determine chemical names and/or chemical formula for diatomic or simple polyatomic compounds and draw a Lewis structure, construct a molecular geometry and determine the polarity for a covalent.

CO 4: Balance chemical equations, calculate the molar mass of all compounds in the reaction and demonstrate how mole ratios play a role in stoichiometry.

CO 5: Predict how a change in one or more of the parameters of a gas alters dependent gas parameters such as pressure, volume or temperature.

CO 6: Calculate the concentration and volume of a solution given solute and solvent parameters.

CO 7: Predict the properties of and identify reduction and oxidation agents as well as acids and bases by analysis of chemical formulas, chemical reactions, and solution pH values.

CO 8: Differentiate the common classes of organic functional groups and identify the appropriate common or IUPAC names, applications, and chemical structures for simple organic.

CO 9: Differentiate between the types of radio-active decay at the subatomic level and provide real-world applications, sources, and risks.

CO 10: Contrast the synthesis, composition, structure and functions of major biological macromolecules and Illustrate the process of flow of genetic information.

3-4 page paper (double spaced ) with a labeled title, introduction, discussion , conclusion, and appropriate references sections. Alternatively, a 10-12 slide PowerPoint with all of the same labeling attributes is acceptable (voice over is required for both individuals and teams if using PowerPoint).