Akademik Dersler - İçerik

Analyzes measurement process.
Explains measurement concept.
States necessary properties of physical measurement equipments.
Describes errors and their sources in the measurement process.
Explains how measurement results will be expressed with appropriate sensitivity.
Performs basic error calculations.
Explains unit systems and magnitudes in unit systems.
explain main and auxiliary magnitude concepts.
States main and derived magnitudes in SI unit system.
States meanings of prefix factors in unit systems.
convert units in SI and CGS systems into each other.
Draws and comments on graphs.
Defines dependent and independent variables in a given graph.
Identifies and draws directly and inversely proportional graphs.
Identifies and draws parabolic graphs.
transform a parabolic graph into a directly proportional graph.
calculate physical quantities by using slope of a graph.
Can transform a parabolic graph into a linear graph.
Estimates physical quantities by using slope of a graph.
Explains experimentally the motion of objects by using Physics laws.
Explains motion with constant velocity and constant acceleration, motion in one and two dimensions, simple harmonic motion and circular motion concepts with their laws and physical quantities.
Draws displacement-time, velocity-time and acceleration-time graphs of an object moving with constant acceleration by using experimental data.
Comments by comparing obtained experimental and theoretical results.
calculate coefficients of static and kinetic friction between surfaces.
Determines experimentally the period and frequency of a simple harmonic motion in terms of their physical quantity dependencies.
calculate spring constant of a spring and moment of inertia of a ring by using equilibrium and period correlations.
Explains kinetic energy, potential energy and conservation of energy concepts by using equations.
Calculates experimentally kinetic and potential energy of an object moving with constant acceleration.
examine the result of constructed experiment.
Learns the concept of inertial mass and it's connection with simple harmonic motion
Examines the results of the constructed experiment.