Exercise series - Active Dipole Characteristics

1. Define Electric voltage (U).
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Current intensity (I).
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Ohm's law.
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Resistors in series.
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Resistors in parallel.
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Kirchhoff's laws.
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Electric power (P).
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Experiment 1 - General Electricity.
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Experiment 2 - General Electricity.
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Experiment 3 - General Electricity.
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Experiment 4 - General Electricity.
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

1. Define Experiment 5 - General Electricity.
2. Explain its role in Active Dipole Characteristics.
3. Give one application example.

Read data, identify the system, choose the model, write relations with SI units, then check the order of magnitude.

Precise definitions, labelled diagrams, unit conversions, document analysis, and justified numerical results.

Voltage U in volts, current I in amperes, resistance R in ohms, power P in watts.