CHM COURSE LEVEL OUTCOMES 1
SUBJECT
COURSE #
CHM
22
STUDENT LEARNING OUTCOMES
Given information about a substance, a student will be able to apply
chemical concepts, laws, and theories to describe and predict
chemical phenomena, such as properties and reactivity.
Given a chemical problem, a student will be able to apply chemical
concepts, laws, and theories to formulate a reasonable solution to this
problem.
Given experimental data, a student will be able to analyze the data,
calculate results from data, and interpret results to draw rational
conclusions.
CHM
23
Given the name of an organic or biochemical compound relate the
physical properties, chemical properties, and uses to the compound’s
major functional groups and structure.
Given reactants predict products in organic and biochemical reactions.
Be able to discuss how enzymes work and compare and contrast the
factors that affect their activity.
Be able to describe the processes involved in carbohydrate, lipid, and
amino acid metabolism.
Explain how fatty acids, nucleic acids and proteins are biosynthesized.
Identify the major nutritional requirements for humans.
Compare and contrast body fluids and their components’ functions.
Demonstrate proficiency in basic laboratory skills.
CHM
45
CHM
60
Given information about a substance or chemistry-related allied health
issue, a student will be able to apply chemical concepts, laws, and
theories to describe and predict chemical phenomena as related to
nursing and allied health applications.
Given experimental data, a student will be able to analyze the data,
calculate results from data, and interpret results to draw rational
conclusions.
CHM COURSE LEVEL OUTCOMES 2
CHM
12A
Given the name of an organic compound, relate the physical
properties, chemical properties, and uses to the compound’s
major functional groups and structure.
Given reactants, predict products and propose mechanisms for
organic reactions.
Given an organic compound, design a synthesis.
Given IR, NMR, and mass spectrums, deduces the formula and
structure of organic compounds.
Demonstrate proficiency in basic laboratory skills
used in organic chemistry
CHM
12B
Given the name of an organic compound relate the physical
properties, chemical properties, and uses to the compound’s
major functional groups and structure.
Given reactants predict products and propose mechanisms for organic
reactions.
Given an organic compound design a synthesis.
Given IR, NMR, and mass spectrums deduce the formula and
structure of organic compounds.
Demonstrate proficiency in basic laboratory skills
used in organic chemistry.
CHM
1A
Given information about a substance, a student will be able to apply
chemical concepts, laws, and theories to describe and predict
chemical phenomena, such as properties and reactivity.
Given a chemical problem, a student will be able to apply chemical
concepts, laws, and theories to formulate a reasonable solution to this
problem.
Given experimental data, a student will be able to analyze the data,
calculate results from data, and interpret results to draw rational
conclusions.
CHM
1B
Given information about a substance, a student will be able to apply
chemical concepts, laws, and theories to describe and predict
chemical phenomena, such as properties and reactivity.
Given a chemical problem, a student will be able to apply chemical
concepts, laws, and theories to formulate a reasonable solution to this
problem.
Given experimental data, a student will be able to analyze the data,
calculate results from data, and interpret results to draw rational
CHM COURSE LEVEL OUTCOMES 3
conclusions.