- Non-linear relation
- V = IR
- Q = CV
Category: CURRENT ELECTRICITY
- Q = Vt
- Q = It
- Q = IR
- Q = t/I
- Static magnetic field
- Static electric field
- Alternating field
- No field
- Current is zero
- Current changes linearly
- Current becomes constant
- Resistance becomes zero
- Time-varying
- Constant per unit time
- Zero
- Infinite
- Variable
- Constant
- Zero
- Inverse
- Faraday
- Ampere
- Oersted
- Volta
- R is variable
- R is constant
- Circuit is open
- Capacitance increases
- Voltage is changing
- Resistance is low
- Current is steady
- Current is zero
- Lenz?s Law
- Joule?s Law
- Faraday?s Law
- Ampere?s Law
- Same as electrons
- Opposite to electric field
- Same as electric field
- Changing with time
- Zero
- Constant
- Varying
- Exponentially increasing
- Magnetic force
- Resistance
- Electric field
- Voltage
- Constant
- Zero
- Increases
- Varies with time
- Changes randomly
- Increases exponentially
- Remains constant with time
- Flows only in AC circuits
- Uniform magnetic field
- Varying charge
- Increasing resistance
- Fluctuating voltage
- Magnetic field
- Temperature
- Capacitance
- Charge density
