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(2019)

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Physics 2

 KAWAMURA, Masaaki
  Requisites  2 credits
【Aerospace Engineering･2nd semester】
19-1-0246-2993

１．
Outline
Students study work and energy, potential energy and kinetic energy, momentum, rotary motion of rigid body etc. based on the “Physics 1”
Students can acquire knowledge about DP1 in this class.
２．
Objectives
Goal of this class is that students comprehend basic principle of work and energy, potential energy and kinetic energy, momentum, rotary motion of rigid body etc. and solve problems, written in the text, based on the principle in their own force.
３．
Grading Policy
Attendance more than two thirds, midterm exam (５0%)　and term end exam (50%).
The students will get simple explanations after these exams.
４．
Textbook and Reference
Text 1: ISBN978-4873610740
Text 2: ISBN978-4873610757
５．
Requirements (Assignments)
Review the Newtonian mechanics students studied in the class “Physics 1”. If students are not good at it, read the text within the contents of the next lecture and write in a notebook (1.5 hours). After the lecture will be ended, solve the exercises in the text in order to review (1.5 hours).
６．
Note
Bring a scientific calculator in case of calculation trainings in every class.
There is a possibility of change of the contents of class depending on the progress.
７．
Schedule
１. Review of lows of motion　: Newton’s first low, Newton’s second low, Newton’s third low, uniform circular motion
２. Work and energy (1)　: work that constant force do
３. Work and energy (2)　: work and kinetic energy, power
４. Potential energy and conservation low of energy (1)　: potential energy
５. Potential energy and conservation low of energy (2)　: conservation low of energy
６. Momentum and impulse (1)　: momentum and impulse
７. Momentum and impulse (2)　: two-dimensional collision, center of mass
８. Momentum and impulse (3)　: motion in mass system
９. Rotation of rigid body around rotation shaft (1)　: equiangular velocity rotational motion
10. Rotation of rigid body around rotation shaft (2)　: moment of inertia, torque
11. Rotation of rigid body around rotation shaft (3)　: work and energy at rotational motion
12. Rolling motion, angular momentum and torque (1)　: rolling motion of rigid body, angular momentum
13. Rolling motion, angular momentum and torque (2)　: conservation of angular momentum
14. Low of universal gravitation　: Newton’s low of universal gravitation
15. Summary, Term end exam
１．
Outline
Students study work and energy, potential energy and kinetic energy, momentum, rotary motion of rigid body etc. based on the “Physics 1”
Students can acquire knowledge about DP1 in this class.
２．
Objectives
Goal of this class is that students comprehend basic principle of work and energy, potential energy and kinetic energy, momentum, rotary motion of rigid body etc. and solve problems, written in the text, based on the principle in their own force.
３．
Grading Policy
Attendance more than two thirds, midterm exam (５0%)　and term end exam (50%).
The students will get simple explanations after these exams.
４．
Textbook and Reference
Text 1: ISBN978-4873610740
Text 2: ISBN978-4873610757
５．
Requirements (Assignments)
Review the Newtonian mechanics students studied in the class “Physics 1”. If students are not good at it, read the text within the contents of the next lecture and write in a notebook (1.5 hours). After the lecture will be ended, solve the exercises in the text in order to review (1.5 hours).
６．
Note
Bring a scientific calculator in case of calculation trainings in every class.
There is a possibility of change of the contents of class depending on the progress.
７．
Schedule
１. Review of lows of motion　: Newton’s first low, Newton’s second low, Newton’s third low, uniform circular motion
２. Work and energy (1)　: work that constant force do
３. Work and energy (2)　: work and kinetic energy, power
４. Potential energy and conservation low of energy (1)　: potential energy
５. Potential energy and conservation low of energy (2)　: conservation low of energy
６. Momentum and impulse (1)　: momentum and impulse
７. Momentum and impulse (2)　: two-dimensional collision, center of mass
８. Momentum and impulse (3)　: motion in mass system
９. Rotation of rigid body around rotation shaft (1)　: equiangular velocity rotational motion
10. Rotation of rigid body around rotation shaft (2)　: moment of inertia, torque
11. Rotation of rigid body around rotation shaft (3)　: work and energy at rotational motion
12. Rolling motion, angular momentum and torque (1)　: rolling motion of rigid body, angular momentum
13. Rolling motion, angular momentum and torque (2)　: conservation of angular momentum
14. Low of universal gravitation　: Newton’s low of universal gravitation
15. Summary, Term end exam