Akademik Dersler - İçerik

Explains the mesaurement technique.
Describes the concepts of distance, mass and time.
Converts the units of distance and mass used in different systems of unit.
Determines the amount of error in calculations.
Performs calculations related with vectors.
Identifies the coordinate systems.
Specifies the location of a body (or a point particle) in a coordinate system.
Determines the direction of a vector.
Explains the motion in one and two dimensions.
Expresses the velocity of a particle as a function of time.
Expresses the direction and the magnitude of the velocity.
Expresses the concept of acceleration.
Explains the relative motion of reference frames.
Analyzes the causes of motion.
Expresses the inertial and non-inertial reference frames.
Analyzes the source of acceleration.
Examines action and reaction principle.
Explains circular motion.
Explains the energy and transfer of energy.
Explains the concept of work.
Expresses that the work done is a transfer of energy.
Describes the difference in the energies of a particle due to its position and motion.
Explains the linear momentum and the collision.
Explains the linear momentum.
Explains the concept of conservation of momentum.
Analyzes the collisions in one and two dimensions.
Analyzes the rotational motion of a rigid body about a specified axis.
Explains the concepts of angular position, angular velocity and angular acceleration.
Relates the angular and linear concepts.
Analyzes the effect that causes rotation of bodies.
Examines the rotation of bodies having different geometrical shape and mass, about a fixed axis.
Analyzes the rolling motion of a body.
Explains the concept of equilibrium.
Defines the conditions for equilibrium.
Explains the diffrerence between the center of gravity and the center of mass.