Right click and play the video below to see more of Mr. Horwat in his younger years.
Physics
Fall Semester (August-January)
Notebook 1: Nature of Science
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Packet: About Science |
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Presentation 1: About Science |
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Presentation 2: About Physics |
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Presentation 3: Science & Technology |
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Presentation 4: Science in Society |
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Presentation 5: Why Math in Science |
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Presentation 6: Metric & Measurement |
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Lab 1: Measurement |
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Presentation 7: Magnitude & Scaling |
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Presentation 8: Estimation |
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Presentation 9: Experimentation |
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Lab 2: Period of a Pendulum |
Notebook 2: Linear Motion
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Packet: Linear Motion |
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Presentation 1: Speed & Velocity |
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Presentation 2: Acceleration |
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Lab 3: Galileo's Incline |
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Presentation 3: Free-Fall |
Notebook 3: 2-Dimensional Motion
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Packet: 2-Dimensional Motion |
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Presentation 1: Vectors |
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Lab 5: Super secret Mission |
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Presentation 2: Projectile Motion |
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Lab 6: Shoot for grade |
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Presentation 3: Satellite Motion |
Notebook 4: Force & Equilibrium
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Packet: Force & Equilibrium |
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Presentation 1: Fundamental Forces |
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Presentation 2: Equilibrium |
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Lab 7: Statics |
Notebook 5: Newton's Laws of Motion
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Packet: Newton's Laws of Motion |
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Presentation 1: Newton's 1st Law |
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Lab 8: Inertial Balance |
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Presentation 2: Newton's 2nd Law |
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Lab 9: Atwood's Machine |
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Presentation 3: Newton's 3rd Law |
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Lab 10: Friction |
Notebook 6: Work, Energy & Power
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Packet: Work, Energy & Power |
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Presentation 1: Work & Power |
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Presentation 2: Energy |
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Presentation 3: Simple Machines |
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Lab 11: Simple Machines |
Notebook 7: Momentum
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Packet: Momentum |
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Presentation 1: Momentum & Impulse |
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Presentation 2: Conservation of Momentum |
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Presentation 3: Collisions |
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Lab 12: Restitution |
Notebook 8: Circular Motion
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Packet: Circular Motion |
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Presentation 1: Circular Motion |
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Presentation 2: Center of Gravity |
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Lab 13: Torque |
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Presentation 3: Rotational Dynamics |
Chemistry
Fall Semester (August-January)
Notebook 1: The Science of Chemistry
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Study Guide - The science of chemistry (Ch 1) |
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Presentation - Scientific methods (1-3) |
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Lab - Candle Observation |
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Presentation - Science & society (1-4) |
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Lab - Bubbles |
Notebook 2: Metric & Measurement
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Study Guide - Metric & Measurement (Ch 3) |
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Presentation - Scientific Notation |
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Presentation - Accuracy & Significant Figures |
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Presentation - Temperature/energy (lab - temperature) |
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Lab - Measuring density |
Notebook 3: Energy & Matter
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Study Guide - Energy & Matter (Ch 2) |
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Presentation - Properties of matter (2-1) |
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Presentation - Mixtures (2-2) |
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Presentation - Elements & compounds (2-3) |
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Presentation - Chemical Reactions (2-4) |
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Lab - Physical & chemical reactions |
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Presentation - Energy |
Notebook 4: Atomic structure
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Study Guide - Atomic structure (Ch 4) |
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Presentation - Defining the atom (4-1) |
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Presentation - The structure of the nuclear atom(4-2) |
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Presentation - Distinguishing among atoms (4-3) |
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Lab - |
Notebook 5: Nuclear chemistry
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Study Guide - Nuclear chemistry (Ch 25) |
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Presentation - Radiation (25-1) |
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Lab - Nuclear scalar |
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Presentation - Nuclear transformations (25-2) |
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Lab - Half-life |
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Presentation - Fission & fusion (25-3) |
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Presentation - Radiation in your life (25-4) |
Notebook 6: Electrons in atoms
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Study Guide - Electrons in atoms (Ch 5) |
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Presentation - Models of the atom (5-1) |
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Presentation - Electron configurations (5-2) |
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Presentation - The quantum mechanical model (5-3) |
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Lab - Bohr Diagrams |
Notebook 7: The periodic table
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Study Guide - The periodic table (Ch 6) |
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Presentation - Organization of the elements (6-1) |
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Presentation - Classification of the elements (6-2) |
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Presentation - Periodic trends (6-3) |
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Lab - Periodic table poster |
Notebook 8: Chemical bonding (Ch 7, 8 & 9)
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Study Guide - Chemical bonding |
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Presentation - Ionic & metallic bonds (7-1 7-2 7-3 9-1 9-2) |
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Presentation - Covalent bonding (8-1 8-2 9-3) |
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Lab - Names & formulas |
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Presentation - Bonding theories & Molecular shape (VSEPR) 8-3 |
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Lab - Molecular models (VSEPR) |