Chemistry ⅠB

Course Information

College	Toyama College	Year	2021
Course Title	Chemistry ⅠB
Course Code	0008	Course Category	General / Elective
Class Format	Lecture	Credits	School Credit: 1
Department	Department of Mechanical Engineering	Student Grade	1st
Term	Second Semester	Classes per Week	2
Textbook and/or Teaching Materials	化学基礎（実教出版）アクセス化学基礎、アクセス化学（実教出版・問題集），サイエンスビュー化学総合資料（実教出版）
Instructor	Morita Yasufumi

Course Objectives

Understand atomic weight, molecular weight, and formula weight, and can freely perform calculations using them.
The amount of substance can be used to freely calculate mass, number of particles, volume of gas, pressure and temperature.

Rubric

	Ideal Level	Standard Level	Unacceptable Level
Achievement 1	Understand atomic weight, molecular weight, and formula weight, and can freely perform calculations using them.	Understand atomic weight, molecular weight, and formula weight, and understand the calculation method using them.	Can not understand atomic weight, molecular weight, and formula. Can not understand the calculation using it.
Achievement 2	Can construct chemical reactions by understanding reactants, products, and coefficients. Stoichiometric calculations can be made using chemical reactions.	Understand chemical reactions, reactants, products, and coefficients. Understand stoichiometric calculations using chemical reactions.	Can not understand chemical reactions, reactants, products, and coefficients. Can not understand stoichiometric calculations using chemical reactions.
Achievement 3	Understand the concept of amount of substance and can calculate mass and number of particles. Understand Boyle-Charles' law and the equation of state of gas, and can freely calculate the volume, pressure and temperature of gas.	Understand the concept of mass and understand how to calculate mass and number of particles. He understands Boyle-Charles' law, the equation of state of gas. Understand how to calculate gas volume, pressure and temperature.	Can not understand the concept of amount of substance. It is not possible to calculate the mass and the number of particles using the amount of substance. Can not understand Boyle-Charles' law and the equation of state of gas. Can not understand how to calculate gas volume, pressure and temperature.

Teaching Method

Outline:

High school curriculum guidelines Based on the basic chemistry textbook, classes are mainly conducted in classrooms.

Style:

Exam: A total of two late mid-term and late-term exams will be conducted. In addition, we will distribute prints from time to time, fill them out, and request submission.
Experiment: Be sure to prepare before the experiment. Points will be deducted if clothes, experimental attitude, cleanup, etc. are not as instructed.

Notice:

Try to understand the basic concepts, principles, and laws of nature's things and phenomena.
For submissions and other issues, follow the instructions and strictly adhere to the submission deadline.

Characteristics of Class / Division in Learning

Active Learning

Course Plan

			Theme	Goals
2nd Semester
	3rd Quarter
		1st	Atomic weight / molecular weight / formula weight	Students can explain the relative mass of atoms. It is understandable that naturally occurring atoms are a mixture of isotopes and that atomic weight is used as the average value of their relative masses. Students can explain what the molecular weight and formula weight mean.
		2nd	Amount of substance and mass / Avogadro constant	Students can explain calculate the amount of substance and the mass of matter. Students can explain Understand the Avogadro constant and be able to express the amount of substance using the amount of substance (mol).
		3rd	Amount of substance and volume of gas	Students can explain the relationship between the volume of gas and the amount of substance.
		4th	Solution concentration I	Students can explain and calculate the mass percent concentration. Students can explain the molar concentration and calculate the molar concentration.
		5th	Solution concentration II	Students can explain and calculate the mass percent concentration. Students can explain the molar concentration and calculate the molar concentration.
		6th	Preparation of the solution	Students can explain and calculate the mass percent concentration. Students can explain the molar concentration and calculate the molar concentration.
		7th	Solubility	Students can calculate solubility. Students can form a precipitate by a typical inorganic chemical reaction and filtered.
		8th	Exam
	4th Quarter
		9th	Chemical reaction formula I	Students can construct chemical reactions by understanding reactants, products, and coefficients.
		10th	Chemical reaction formula II	Students can construct chemical reactions by understanding reactants, products, and coefficients.
		11th	Chemical reaction formula III	Students can construct chemical reactions by understanding reactants, products, and coefficients.
		12th	Boyle-Charles' Law	Students can explain Boyle's law, Charles's law, Boyle-Charles's law, and make the necessary calculations.
		13th	Equation of state of gas, Dalton's law of partial pressure	Students can explain the equation of state of gas and can calculate.
		14th	Quantitative relationship between chemical reaction and gas, experiment of gas generation	Students can calculate the quantitative relationship between chemical reactions and gases. Students can experiment with typical gas generation.
		15th	Glass processing experiment	Students can understand the characteristics of glass. Students can do glass work, and create a report.
		16th	Exam

Evaluation Method and Weight (%)

	Examination	Presentation	Mutual Evaluations between students	Behavior	Portfolio	Other	Total
Subtotal	75	10	0	0	10	5	100
Basic Proficiency	75	10	0	0	10	5	100
Specialized Proficiency	0	0	0	0	0	0	0
Cross Area Proficiency	0	0	0	0	0	0	0