UNIT 1: INTRODUCTION TO CHEMISTRY
The learner demonstrates understanding of the
value of scientific methods when internalized as a process
Performance Standard:
Learners, working in groups, perform problem-based
scientific investigation resulting from understanding on the methods of
chemistry
Performance Task:
Conduct
of scientific investigation to solve real world problems (observation)
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Topics:
Laboratory
Apparatus and Safety
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The
Bunsen Burner
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Scientific
Inquiry
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Observation
and Inference
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Asking
Questions that Lead to Investigations
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Parts of
the Research Paper Formulating Hypothesis
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Dependent,
Independent, and Control Variables
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Designing
a Procedure to Test Hypotheses
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Implementation
of the Experimental Design
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Collecting
and Organizing Data
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Accuracy
and Uncertainty of Measurements
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Units of
Measurement (Prefixes used in SI)
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Significant
Figures
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Scientific
Notation
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Measuring
Length, Masses, Temperature and Time
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Conversion
of Units
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Analysis
and Interpretation of Data
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Making
Conclusions and Recommendations Writing the Abstract
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Content Standard:
The learner demonstrates understanding of the
structure of the atoms in determining their properties, uses, and their
benefits to one’s health, industry, and environment.
Performance Standard:
Learners, individually or in groups, participate
actively in constructing atomic models that explain the properties of elements
and their uses.
Performance Task:
Active involvement in constructing atomic
structure models showing the properties of the elements and explaining their
uses.
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Topics:
Sub-atomic
particles
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Nuclear model of the atom
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Atomic number, mass number, isotopes
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Bohr Model of the Atom
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Quantum Theory and Quantum Numbers
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Electronic structure (shell model and orbitals; valence electrons).
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Electron configuration
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