Learn the four ways that atoms bond to each other to create molecules, and how each bond helps determine the properties of the resulting molecule. Learn how these special molecular properties explain our everyday world — from water freezing to nuclear energy to food to metals to weather, and more.
Unit 1: The Solar System
Unit 1: The Solar System
Unit 2: The Atom
Unit 2: The Atom
Unit 3: Electrons, Protons, and Neutrons
Unit 3: Electrons, Protons, and Neutrons
Unit 4: The Periodic Table
Unit 4: The Periodic Table
Unit 5: The Molecule
Unit 5: The Molecule
Unit 6: The Equal Sharing Bon
Unit 6: The Equal Sharing Bon
Unit 7: Ring 2 of the Periodic Table
Unit 7: Ring 2 of the Periodic Table
Unit 8: Row 3 of the Periodic Table
Unit 8: Row 3 of the Periodic Table
Unit 9: Why Atoms Bond
Unit 9: Why Atoms Bond
Unit 10: States of Matter
Unit 10: States of Matter
Unit 11: Crystals
Unit 11: Crystals
Unit 12: The Metallic Bond
Unit 12: The Metallic Bond
Unit 13: Transition Metals
Unit 13: Transition Metals
Unit 14: Heat Conduction
Unit 14: Heat Conduction
Unit 15: Heat Insulation
Unit 15: Heat Insulation
Unit 16: The Polar Covalent Bond
Unit 16: The Polar Covalent Bond
Unit 17: Properties of Water
Unit 17: Properties of Water
Unit 18: Water Density and Hydraulic
Unit 18: Water Density and Hydraulic
Unit 19: The Mole
Unit 19: The Mole
Unit 20: Ocean Circulation
Unit 20: Ocean Circulation
Unit 21: Air Pressure
Unit 21: Air Pressure
Unit 22: Why Airplanes Fly
Unit 22: Why Airplanes Fly
Unit 23: Evaporation and Steam
Unit 23: Evaporation and Steam
Unit 24: Humidity, Dew Point, Saturation Water
Unit 24: Humidity, Dew Point, Saturation Water
Unit 25: Weather
Unit 25: Weather
Unit 26: Properties of Water
Unit 26: Properties of Water
Unit 27: Summation
Unit 27: Summation
Unit 28: Creating a Living Cell
Unit 28: Creating a Living Cell
Unit 29: Acids, Carbohydrates, and Proteins
Unit 29: Acids, Carbohydrates, and Proteins
Unit 30: Nucleic Acids, Energy Production
Unit 30: Nucleic Acids, Energy Production
Unit 31: Electromagnetic Radiation
Unit 31: Electromagnetic Radiation
Unit 32: Electricity
Unit 32: Electricity
Unit 33: Nuclear Energy
Unit 33: Nuclear Energy
Unit 34: Introductory Math
Unit 34: Introductory Math
Unit 35: I Know – Therefore Statements
Unit 35: I Know – Therefore Statements
Unit 36: Chemical Reactions
Unit 36: Chemical Reactions
Unit 37: Gases, Equilibrium
Unit 37: Gases, Equilibrium
Unit 38: Solutions
Unit 38: Solutions
Unit 39: Nuclear Force
Unit 39: Nuclear Force
Unit 40 Electrolytes
Unit 40 Electrolytes
Unit 41: Polymer
Unit 41: Polymer
Unit 42: Orbital
Unit 42: Orbital
The Fascinating Body:
How It Works
“The Fascinating Body does not contain a lot of microscopic detail or sophisticated chemistry, not because they aren’t important, but because they are unnecessary for a day-to-day understanding of how the body works.”
Learn Science online in an easy and fun way! The Fascinating Education series will engage the learner in a way that makes sense…and when things make sense, they stick! Dr. Margulies has a method of condensing complex subject matter into its essentials and relating it to the world around us.
Learn the four ways that atoms bond to each other to create molecules, and how each bond helps determine the properties of the resulting molecule. Learn how these special molecular properties explain our everyday world — from water freezing to nuclear energy to food to metals to weather, and more.
Learn the basic principles of biology, including the components of life: cell membranes, taking in nutrients, creating chemical energy, growing and repairing, reproducing, maintaining a stable internal environment, and adapting to a changing external environment.
Study the laws of nature governing movement, energy, and sound. Learn about the forces of electricity, magnetism, gravity, and the atomic nucleus. Understand how mathematical formulas summarize and predict events around us.
