1. Measure with S.I. and U.S.C.S. units, perform mathematical calculations using scientific
notation, solve mathematical problems using dimensional analysis, and express quantities
with the appropriate number of significant figures.
2. Differentiate between electrons, protons and neutrons.
3. Explain the difference between the three states of matter in terms of visible properties and
particle movement.
4. Distinguish between elements, compounds, homogeneous mixtures and heterogeneous
mixtures.
5. Describe the periodic table in terms of element arrangement in periods, groups and
subshell blocks.
6. Describe the electron configurations of elements, determine the number of valence
electrons for all representative elements, write Lewis Structures for the representative
elements and simple compounds.
7. Describe modern atomic theory.
8. Distinguish between ionic and covalent bonding.
9. Given the name (formula) of a compound, write the formula (name) of that compound.
10. Convert between mass, moles, and number of particles for a given element or compound.
11. Classify chemical reactions.
12. Balance a chemical equation by inspection.
13. Calculate mass, volume, and mole relationships in chemical reactions by using
stoichiometry. Use stoichiometry to determine the limiting reactant and theoretical yield.
Calculate percent yield.
14. Calculate the change in pressure, volume, or temperature of a gas by using the
appropriate gas law.
15. Describe the different types of intermolecular forces and apply the concepts to predicting
physical states.
16. Interpret a heating curve and calculate the energy change over a given portion of the
graph
17. Calculate the concentration of a solution in terms of percent and molarity.
18. Describe the properties of acids and bases and determine the pH and pOH of solutions.
19. Use common types of chemical glassware, equipment, and chemicals safely and
appropriately.
20. Describe and illustrate chemical principles in laboratory situations.
21. Obtain reproducible data from chemical experiments; analyze, interpret, and
communicate the data in a logical and coherent manner.
22. Recognize uncertainties in data and identify potential sources of error.
COURSE CONTENT: Topical areas of study will include —
Introduction to chemistry
Measurements and calculations
Matter and energy
Chemical foundations I: Elements, atoms,
and ions
Nomenclature
Chemical reactions: Introduction
Chemical reactions: Classification
Chemical reactions: In aqueous solutions
Chemical compositions
Chemical quantities
Chemical foundations II: Modern
atomic theory
Chemical bonding
Solution stoichiometry
Gases
Intermolecular forces as applied to
melting and boiling points
Topical areas of study to be included in the laboratory –
Chemical safety Families of elements
SI measurements Empirical formulas
Physical properties Stoichiometry
Chemical properties Gas laws
Acids and bases Chemical reactions
Use of chemistry glassware and equipment Chemical bonding

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