|
Week |
Scientific Subject |
|
1-2 |
Describe the motion and dynamics of a particle in one dimension: motion of a particle under the action of a time-dependent force, motion of a particle under the action of a force dependent on distance, motion of a particle under the action of a force dependent on speed, motion of a vibrator supported by an external force "damping vibration" movement of two mated vibrators. |
|
3-5 |
Dynamics of motion of a group of objects: the center of mass of two bodies, the velocity and acceleration of the center of mass of two bodies, the dynamics of the motion of the center of mass of two bodies, the center of mass of a particle group, the velocity and acceleration of the center of mass of a particle group, the dynamics of the center of mass of a particle group, the calculation of the center of mass of solid bodies (rod, cylinder, sphere). |
|
5 |
First Exam |
|
6-8 |
Momentum: linear momentum of a particle, linear momentum of a particles set, relationship between momentum and force, principle of conservation of momentum, applications of the principle of conservation of momentum, momentum of objects of constant mass, momentum of objects of variable mass (rocket thrust). |
|
9 |
Collision: definition of collision, thrust and its relationship to momentum |
|
10 |
Second Exam |
|
11-10 |
The principle of conservation of momentum during collision, linear elastic collision of two bodies, non-elastic collision, ejection pendulum. |
|
14-12 |
Circular motion: angular displacement, average angular velocity, instantaneous angular velocity, average angular acceleration, instantaneous angular acceleration, centripetal acceleration, tangential acceleration, laws of motion with constant angular acceleration, relationship between centripetal acceleration and linear velocity. |
|
15 |
Final Exam |
References
|
Title |
Publisher |
Edition |
Author |
Place |
|
Course notes |
|
|
Course professor |
|
|
Physics for scientists & Engineers |
Cengage brain |
2006 |
Raymond A. Serway |
Internet |