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Workbook 01
Chapter 1: Introduction to the Kontinua Sequence
Objectives
Introduction to Kontinua
Chapter 2: Matter and Energy
Objectives
Intro to chemical reactions
Able to define atom and a molecule
Basic rules of gravity
Introduction to the Periodic Table
Able to create of the Lewis Dot Structure models.
Define polar, non-polar, and covalent bonds.
Law of Conservation of Mass
E=mc^2 equation
be able to define a molecule
Identify compounds
Chapter 3: Conservation of Mass and Energy
Objectives
Law of Conservation of Mass
Conservation of Energy
Define the basics of Friction
Able to define a system, open/closed systems, and isolated systems
Able to balance chemical reactions
Prerequisites
Chapter 4: Mass, Weight, and Gravity
Objectives
Understand the concept of mass versus weight.
Be able to use newton's law of gravitation
Chapter 5: Force, Mass, and Acceleration
Objectives
The relationship between force, mass, and acceleration
Able to calculate and define acceleration
Able to calculate and define force
Relationship between Newtons, newton meters, and joules
Understand and apply newtons third law
Prerequisites
Chapter 6: Units and Conversions
Objectives
Conversion factors
Prefixes of the metric system
Types of common units
Chapter 7: The Greek Alphabet
Objectives
Understand and notetate basic greek letters in capital and lowercase
Chapter 8: Atomic and Molecular Mass
Objectives
Define atomic mass
Define atomic weight (average mass of all atoms of that element)
Define mass number in units (amu)
Define a mole
Be able to read the basic facts from a periodic table
Define isotopes
Define atomic number, importance in isotopes, and locate it on an element on the periodic table
Be able to write simple chemical symbols.
Prerequisites
Chapter 9: Work and Energy
Objectives
Define work as the process of a change in energy and calculate its units relative to energy
Define heat energy
Intro to chemical energy and calories. Relates to chem_reations
Intro to Electricity
Able to define and use the formula to calculate kinetic energy of some object
Able to calculate and define gravitation potential energy, specifically on earth
the amount of energy is constant, just changes forms
Define efficiency
Able to relate work and energy
Prerequisites
Generated 2025-09-05T18:44.