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Atom B has 6 protons, 7 neutrons, and 6 electrons. How many electrons would be left over? How many electrons would be left over. Plz answer anyone you know. Even if you just know the answer to one of them. Are you sure you want to delete this answer? Like carbon and carbon they still are carbon because they have 6 protons, but they have varying numbers of neutrons which determines what properties they have shiny-ness, etc.

They begin by studying problems in work and energy, using simple machines as a starting point. They then move into a related study—thermodynamics, the study of heat. Along the way students do laboratories on using a lever and the flow of heat. Energy is the key word in this lesson and students gain a lot of experience in using this term correctly. Energy continues to be the central core of student learning in this lesson.

Students learn about the characteristics of waves and apply that knowledge to a study of light and sound. They then turn their attention to electricity and magnetism, building a motor in a laboratory to gain experience in working with electrical currents. In this middle school program, students conduct a scientific investigation following scientific methods for each discipline. Students choose a research topic, develop a hypothesis, experiment, take and organize data, and develop a science presentation.

This is a hands-on unit that gives students the feel of conducting scientific research. You might choose to split the lessons into smaller segments and take a break between investigations. The K 12 online lesson tracking system allows you to pick up wherever you left off in any given lesson. Find a Public School in Your State. Buy This Individual Course Directly. Lesson 13 - Covalent Bonds: Predicting Bond Polarity and Ionic Character. Lesson 19 - Molecular Orbital Theory: Lesson 20 - Metallic Bonding: Lesson 22 - Organic Molecules: Alkanes, Alkenes, Aromatic Hydrocarbons and Isomers.

Lesson 23 - Functional Groups in Organic Molecules. Lesson 24 - Characteristics of the Hypoiodite Ion. Lesson 25 - Dipole Moment: Lesson 1 - The Rate of Dissolution: Lesson 2 - Solutions, Electrolytes and Nonelectrolytes. Lesson 3 - Solubility and Solubility Curves. Lesson 4 - Solubility of Common Salts: Lesson 5 - Calculating Molarity and Molality Concentration. Lesson 6 - Calculating Dilution of Solutions. Lesson 3 - Mass-to-Mass Stoichiometric Calculations. Lesson 4 - Stoichiometry: Calculating Relative Quantities in a Gas or Solution.

Lesson 8 - Hydrates: Lesson 1 - Decomposition and Synthesis Reactions. Lesson 4 - Neutralization and Acid-Base Reactions. Lesson 5 - Dissociation Constant and Autoionization of Water. Lesson 6 - The pH Scale: Calculating the pH of a Solution. Lesson 8 - Coordination Chemistry: Bonding in Coordinated Compounds. Lesson 9 - Precipitation Reactions: Predicting Precipitates and Net Ionic Equations.

Lesson 12 - The Activity Series: Predicting Products of Single Displacement Reactions. Lesson 13 - Electrochemical Cells and Electrochemistry. Lesson 15 - Writing and Balancing Combustion Reactions. Lesson 1 - The Photoelectric Effect: Lesson 5 - Heisenberg Uncertainty Principle: Lesson 6 - Electron Cloud: Lesson 7 - Nuclear Physics: Lesson 8 - Nuclear Reaction: Lesson 11 - Half-life: Applications of Nuclear Chemistry.

Lesson 14 - Disintegration Energy in Nuclear Physics: Lesson 1 - What Is Motion? Lesson 2 - Speed and Velocity: Lesson 3 - What is Acceleration? Lesson 4 - Implications of Mechanics on Objects. Lesson 5 - Uniform Circular Motion: Lesson 6 - Projectile Motion Practice Problems.

Lesson 7 - Projectile Motion: Examples of the Effect of Force on Motion. Lesson 2 - Distinguishing Between Inertia and Mass. Lesson 3 - Mass and Weight: Lesson 4 - State of Motion and Velocity. Lesson 5 - Force: Lesson 6 - Forces: Lesson 7 - Free-Body Diagrams. Lesson 8 - Net Force: The Relationship Between Force and Acceleration.

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