Outline:
Relationship with Educational Objectives : This subject is equivalent to the learning and education goal "(2) Foundational academic ability".
Relationship with JABEE programs : The main goal of learning or education in this subject is "(A) Deepening of basic knowledge about technology, A-1: Acquiring knowledge in a wide range of natural sciences as basic knowledge about engineering, and can be explained. "
Class outline :
The 1st half deals with fictitious force and universal gravitation using high school textbooks. In the latter half, the motion is analyzed by solving the equation of motion expressed by the 2nd-order differential equation.
Style:
Course method:
Lecture-style classes are performed. Encourage students to discuss as much as possible to deepen their understanding. Classes will focus on understanding physics. Require an assignment report and proceed with the lesson while confirming the degree of understanding of the students.
If students are late, treated as absent until 20 minutes after the class starts. Please note that three lateness will be treated as one hour absent. Not involved in grade evaluation.
Grade evaluation method:
Exams (70%) + Exercises (30%) .
As a general rule, no retest will be performed. Learning achievement test results are added to the final exam with a weight of 30%.
Notice:
Precautions on the enrollment :
Students must take this class (the number of absentee hours is less than one-third of the prescribed number of class hours).
Course advice :
Memorizing the relational expression is useless. Solving problems with your own hands and worrying about them is the fastest way to understand. If you are late a lot, you may be treated as absent after giving a warning.
Basic subjects :
Physics I (1st year), Physics II (2), Differential and Integral (2), Fundermental Differential Equation (2)
Related subjects :
Mechanics II (3rd year), Mechanics III (3)
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Theme |
Goals |
1st Semester |
1st Quarter |
1st |
1st term guidance Force acting on a rigid body Moment of force |
Understanding moment of force
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2nd |
Rigid body balance, center of gravity, workbook |
Understanding of balance and the center of gravity
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3rd |
Motion on a plane, workbook |
Understanding vector notation
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4th |
Parabolic movement, workbook |
Understanding parabolic movement
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5th |
Circular motion, workbook |
Understanding rad angle notation and angular velocity
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6th |
Circular motion, workbook Centripetal force |
Understanding power of circular motion
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7th |
Inertial force, centrifugal force, workbook |
Understanding centrifugal force
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8th |
1st term midterm exam |
Requires a score of 60 points or higher.
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2nd Quarter |
9th |
Return of answers for the 1st term midterm exam. exam commentary. |
Review.
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10th |
Kepler's Law |
Understanding Kepler's Law
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11th |
Universal gravitational force, gravity |
Understanding the law of universal gravitation
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12th |
Gravity, artificial satellites, workbook 1st cosmic velocity |
Understanding the law of universal gravitation
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13th |
Potential energy, workbook 2nd space velocity |
Calculation using universal gravitation
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14th |
Summary of universal gravitation, workbook |
Calculation using universal gravitation
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15th |
1st term final exam |
Requires a score of 60 points or higher.
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16th |
Return of answers for the 1st term final exam. exam commentary. |
Review.
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2nd Semester |
3rd Quarter |
1st |
2nd semester guidance, simple harmonic oscillation |
Understanding simple harmonic oscillation
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2nd |
Spring vibration, simple pendulum |
Understanding of spring vibration and simple pendulum
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3rd |
Impulse and momentum |
Understanding of impulse and momentum
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4th |
Impulse and momentum |
Understanding of impulse and momentum Understanding of relationship with equation of motion
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5th |
Law of conservation of momentum |
Understanding of law of conservation of momentum
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6th |
Point mass dynamics |
Understanding position, velocity, and acceleration using differential and integral
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7th |
Point mass dynamics |
Understanding equation of motion as differential equation
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8th |
2nd term midterm exam |
Requires a score of 60 points or higher.
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4th Quarter |
9th |
Return of answers for the 1st term midterm exam. exam commentary. Equation of motion |
Review. Understanding equation of motion as differential equation
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10th |
Equation of motion |
Calculation of falling motion in the air
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11th |
Equation of motion |
Understanding damped oscillation
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12th |
Equation of motion for rotation |
Understanding the moment of force and angular momentum using vector product Understanding the equation of motion of rotation
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13th |
Equation of motion for rotation |
Understanding moment of inertia
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14th |
Coordinate transformation and inertial force |
Understanding constant acceleration coordinate system and rotating coordinate system
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15th |
2nd term final exam |
Requires a score of 60 points or higher.
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16th |
Return of answers for the 2nd term final exam. exam commentary. |
Review.
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