Physics ⅠA

Course Information

College	Toyama College	Year	2022
Course Title	Physics ⅠA
Course Code	0005	Course Category	General / Compulsory
Class Format	Lecture	Credits	School Credit: 1
Department	Department of Mechanical Engineering	Student Grade	1st
Term	First Semester	Classes per Week	2
Textbook and/or Teaching Materials	Text book; "PHYSICS" ISBN 978-4-410-81133-3 & ISBN 978-4-410-81103-6, in Japanese
Instructor	Yamakoshi Hitoshi

Course Objectives

1. Understand notation of motion of objects and calculate position, velocity and acceleration
2. Understand notation of body movement and calculate position, velocity and time
3. Understand the notation of force acting on an object and calculate the composition, decomposition, and balance of force

Rubric

	Standard Level of Achievement	Unacceptable Level of Achievement
Motion of mass points(1)	Can explain the concept of velocity and acceleration	Can not explain the concept of velocity and acceleration
Motion of mass points(2)	In linear and planar motions, the relative velocity and composite velocity of two objects can be obtained	In linear and planar motions, the relative velocity and composite velocity of two objects can not be obtained
Motion of mass points(3)	Can calculate the coordinates, time, and velocity of an object using the constant acceleration value and in linear motion from the formula	Can not calculate the coordinates, time, and velocity of an object using the constant acceleration value and in linear motion from the formula
Motion of mass points(4)	Can understand that the motion of a mass moving in a plane is a change in position vector	Can not understand that the motion of a mass moving in a plane is a change in position vector
Motion of mass points(5)	Can calculate displacement, velocity and acceleration of an object	Can not calculate displacement, velocity and acceleration of an object
Motion of mass points(6)	Can calculate average velocity and average acceleration	Can not calculate average velocity and average acceleration
Falling body exercise(1)	Can calculate coordinates, velocity, and time of free-fall and vertically projected objects	Can not calculate coordinates, velocity, and time of free-fall and vertically projected objects
Falling body exercise(2)	Can calculates the coordinates, velocity, and time of horizontal and obliquely projected objects	Can not calculates the coordinates, velocity, and time of horizontal and obliquely projected objects
Force and mechanics(1)	Can illustrate the force acting on the object	Can not illustrate the force acting on the object
Force and mechanics(2)	Can combine and decompose forces	Can not combine and decompose forces
Force and mechanics(3)	Can explain gravity, drag, tension, and pressure	Can not explain gravity, drag, tension, and pressure
Force and mechanics(4)	Can calculate the magnitude of elastic force by using Hooke's law	Can not calculate the magnitude of elastic force by using Hooke's law
Force and mechanics(5)	Can solve the problem of balance of forces acting on mass point	Can not solve the problem of balance of forces acting on mass point
The law of action and reaction	Can explain the law of action and reaction	Can not explain the law of action and reaction

Assigned Department Objectives

Diploma policy 3 （豊かな教養と倫理観を身につけ，社会に貢献できる。）

Teaching Method

Outline:

Learning physics is not the basis of learning mathematical formulas, but is the foundation for acquiring a broad perspective on understanding natural science and applying it to engineering.
To deepen the understanding that physics can mathematically interpret various phenomena in natural science through exercises

Style:

Lecture will be held by the teacher.
(This may change according to student's understanding degree.)

Notice:

When preparing and reviewing, make a habit of organizing what you understand or do not understand.
Can take makeup exam in need aid up to maximum of 50 points.

Course Plan

			Theme	Goals
1st Semester
	1st Quarter
		1st	Relationship between position, velocity and acceleration	Understand the relationship between velocity and acceleration by introducing the relationship between position and velocity
		2nd	Linear motion of constant acceleration value	Can calculate the coordinates, time, and velocity of an object using the uniform acceleration linear motion formula
		3rd	Combining position and position vector, velocity and velocity vector	Know the concept of vector, and calculate relative velocity and composite velocity in two dimensional system
		4th	Average velocity, average acceleration and position	Know the relationship between the displacement, velocity, acceleration of the object, differentiation and integration and can solve basic problems about them
		5th	Falling body exercise(1)	Can calculate coordinates, velocity and time of free fall and vertically projected objects
		6th	Falling body exercise(2)	Can calculate coordinates, velocity and time of horizontal and obliquely projected objects
		7th	Intermediate exam
		8th	Notation of force and composition and decomposition	Can illustrates the forces acting on an object and can combine and decompose
	2nd Quarter
		9th	Kinds of forces	Can explain gravity, drag and tension
		10th	Kinds of forces	Can explain pressure
		11th	Elasticity, Hooke's law	Can calculate the magnitude of elastic force by using Hooke's law
		12th	Balance of force(1)	Can illustrates the forces acting on an object and can combine, decompose and balance them
		13th	The law of action and reaction	Can explain the law of action and reaction
		14th	Balance of force(2)	Can explain the law of action and reaction and illustrates the forces acting on an object and compare the components of forces
		15th	Final exam
		16th	Return exam papers Explanation of exam

Evaluation Method and Weight (%)

	Examination	Portfolio	Total
Subtotal	80	20	100
Basic Ability	80	20	100
Technical Ability	0	0	0