"Understand the principles of batteries and electrolysis as an application of oxidation-reduction reactions, and be able to treat them quantitatively.
Understand the heat of reaction and write thermochemical equations. Further, unknown reaction heat can be obtained using Hess's law.
Understand Boyle-Charles's law and the equation of state of gas.
Understand the dissolution and solubility of a solution, and determine the concentration of the solution. Also understand basic knowledge about colloids.
Understand the basic knowledge of organic compounds and write structural formulas and rational formulas. "
Outline:
Look at actual phenomena and reactions and understand their chemical viewpoint. Also, learn about the quantitative relationships of the reactions. After that, you will learn about the structure, characteristics, properties, and reactions of various substances.
Style:
Lectures, exercises and experiments by teachers alone
Notice:
Those with less than 60 points can take a confirmation test upon request. If the result of the verification test indicates that the unit has been acquired, the evaluation shall be 60 points.
Lesson improvement measures: Conduct quizzes as needed to fix the content. In addition, give assignments, so that you can review the contents. Experiments and audiovisual materials may be incorporated.
The lesson plan may be changed depending on the students' understanding.
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Theme |
Goals |
1st Semester |
1st Quarter |
1st |
Orientation Metal ionization tendency |
Use the syllabus to explain how to proceed with the lesson. Learn that the reaction method differs depending on the ionization tendency of metals.
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2nd |
Battery |
Understand the principle of the basic battery. Understand that there are primary and secondary batteries, and that various batteries are used in daily life.
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3rd |
Electrolysis1 |
Understand what substances are purified when an aqueous solution is electrolyzed. Also knows that electrolysis is used for refining metals.
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4th |
Electrolysis2 |
Learn Faraday's law and understand the relationship between the amount of reactants and products in electrolysis and quantity of electricity flowing.
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5th |
Thermochemistry1 |
Learn that chemical and state changes involve the transfer of heat, and learn the types and definitions of that heat. In addition, he can represent thermochemical equations.
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6th |
Thermochemistry2 |
By using Hess's law, the unknown heat of reaction can be calculated.
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7th |
Thermal motion Three states of matter |
Explain the thermal motion of particles. Understand that the change of states is due to the difference in the intermolecular force. Also, explain the vapor pressure, the difference between evaporation and boiling, and the boiling point.
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8th |
A mid-term examination |
Understand batteries and electrolysis by the application of redox reactions to. Also, understand thermochemical equations.
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2nd Quarter |
9th |
Exam answers and commentary |
Return the mid-term exam answers and explain the qtuastions what they do not understand .
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10th |
The volume of the gas |
Know that the volume of a gas depends on pressure and temperature. Can use Boyle-Charles' law .
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11th |
Equation of state of gas |
Understand that you can derive the equation of state of a gas based on Boyle-Charles law and use it.
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12th |
Gas mixture |
In the mixed gas, can obtaine the pressure of each gas .
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13th |
Real gas Exercise |
Explain the difference between ideal gas and real gas. Solve problems with gases.
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14th |
Dissolution |
Explain the difference in the mechanism of dissolution of substances consisting of ionic crystals and molecules crystal.
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15th |
Final examination |
Check whether understand the relationship between volume, temperature, and pressure using the properties of gas and some laws.
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16th |
Grade evaluation Confirmation |
Checking the results of the final exam Questionnaire regarding class evaluation
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2nd Semester |
3rd Quarter |
1st |
Solubility |
Understand the mechanism of the crystal and determine the amount of dissolution and precipitation using the solubility. Learn that the solubility of a gas depends on the pressure. And can caluclate the dissolved amount.
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2nd |
Dilute solution |
Learn about changes in boiling and freezing points and osmotic pressure in dilute solutions, and calculate them.
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3rd |
Colloid |
Explain the difference between the colloid solution and the ordinary solution. Learn that there is a colloid solution in daily life.
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4th |
Characteristics and classification of organic compounds Analysis of organic compounds |
Understand the definitions and characteristics of all organic compounds. In addition, estimate the molecular formulae by performing elemental analysis.
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5th |
Saturated hydrocarbon |
Understand the structure, properties and reactions of alkanes. Also learn about oils that contain various alkanes.
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6th |
Unsaturated hydrocarbon |
Understand the structure, properties and reactions of alkanes and alkynes.
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7th |
Exercise |
Write structural formulas and isomers of the hydrocarbons becomed basic of organic compounds.
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8th |
A mid-term examination |
Understand the properties of dilute solutions.Also understand aliphatic hydrocarbons including the elemetary analysis and the characteristics of organic compounds .
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4th Quarter |
9th |
Exam answers and commentary Alcohol / ether |
Return the mid-term exam answers and explain the qtuastions what they do not understand .
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10th |
Aldehyde / ketone |
Understand the structure, properties, and reactions of aldehydes and ketones.
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11th |
Carboxylic acid Esters / oils and fats |
Learn about the properties and reactions of carboxylic acids. Explain the characteristics of esters and fats and oils formed by the reaction of carboxylic acids .
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12th |
Soap Aromatic hydrocarbon |
Learn about the characteristics of soap, a substance in which fats and oils are saponificated . Learn the general structure, properties, and reactions of aromatic hydrocarbons, and explain the differences from aliphatic hydrocarbons.
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13th |
Phenols Aromatic carboxylic acid |
Understand the properties and reactions of phenols. Understand the structure, properties and reactions by taking some of the aromatic carboxylic acids as examples.
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14th |
Aromatic amine Separation of organic compounds |
Understand the structure, properties and reactions by taking some of the aromatic amines as examples. Using what we have learned so far, think about how to separate a mixture of organic compounds into individual substances.
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15th |
Final examination |
Confirm that the characteristics and reactions of aromatic compounds containing oxygen and nitrogen are understood.
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16th |
Grade evaluation Confirmation |
Checking the results of the final exam Questionnaire regarding class evaluation
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