Akademik Dersler - İçerik

Accurately measures and interprets fundamental electrical quantities such as voltage, current, and resistance.
Applies correct connections of voltmeters and ammeters.
Identifies and interprets systematic and random measurement errors.
Reports measurement results with appropriate units and significant figures.
Experimentally determines and classifies materials based on their electrical conductivity properties.
Compares materials by measuring their resistance values.
Explains the effects of factors such as temperature and length on conductivity.
Distinguishes between conductors and insulators.
Analyzes equivalent resistance and current/voltage distribution by connecting circuit elements in series and parallel.
Calculates equivalent resistance in series and parallel circuits.
Compares theoretical and experimental current/voltage distributions.
Draws and interprets circuit diagrams accurately.
Observes the charging and discharging processes of capacitors and explains the concept of time constant.
Calculates the time constant in RC circuits.
Plots and interprets voltage–time graphs.
Explains the principle of energy storage in capacitors.
Verifies Kirchhoff’s current and voltage laws using experimental data and applies them in circuit analysis.
Applies node and loop analysis methods.
Compares experimental results with theoretical calculations.
Discusses possible sources of discrepancies.
Determines unknown resistances with high accuracy using the Wheatstone bridge method.
Explains and applies the bridge balance condition.
Calculates unknown resistance values.
Evaluates factors affecting measurement accuracy.
Explains the principles of voltage transformation and analyses their basic applications.
Explains the operating principles of transformers.
Analyses input–output voltage and current relationships.
Evaluates energy losses and efficiency.
Observes and interprets magnetic fields generated by current-carrying conductors.
Explains magnetic fields generated by current-carrying conductors.
Applies methods to determine the direction of magnetic fields.
Relates experimental observations to theoretical concepts.