| Weeks | Topics |
| 1 |
Informing students about the scope of course. Basic concepts and definitions.
|
| 2 |
Newton's laws of motion
-The law of inertia
-The law of accceleration
-The law of action and reaction
|
| 3 |
-Motion of the earth
-Kinematics of motion
-Kinetics of motion
|
| 4 |
-Kinematics of linear motion.
-Linear displacement.
-Liner velocity.
-Linear accelerations.
(Calculation of velocity and acceleration of 100 m race).
|
| 5 |
-Kinematics of angular motion.
-Angular displacement.
-Angular velocity.
-Angular accelerations.
(Kick a soccer ball).
|
| 6 |
-Kinematics of linear motion.
-Horizontal projection.
-Oblique projection.
Calculation of position and speed at any time on the trajectory. Example of a free throw in basketball.
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| 7 |
-Inertia, weight, mass concepts.
-The concept of center of mass
-Static
-Force associated with the center of the mass, torque concepts.
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| 8 |
-Midterm Exam
|
| 9 |
Calculation of the center of mass.
-Calculation of the center of mass of an object.
-With an examples of the sports movements, calculation of center of mass the .
|
| 10 |
-The kinetics of angular motion.
Center of mass and movement
-Couple of force
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| 11 |
-Impulse and momentum concepts.
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| 12 |
-The kinetics of linear motion.
-Moment, leverage systems.
-Calculation of moments in joints in movements with weights.
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| 13 |
-Work and energy concepts
Kinetic and potential energy.
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| 14 |
-Work and power concepts.
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