Section 1

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Motor circuit symbol

Front

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Last updated

6 years ago

Date created

Mar 1, 2020

Cards (46)

Section 1

(46 cards)

Motor circuit symbol

Front

Back

Thermistor circuit symbol

Front

Back

Fleming's left hand rule

Front

Back

Length(L) Unit and Symbol

Front

Meters(m)

Back

Current Unit and Symbol

Front

Ampere(A)

Back

In a series circuit

Front

Current is the same and voltage splits up at each component

Back

Voltmeter circuit symbol

Front

Back

Lamp circuit symbol

Front

Back

Resistor Graph

Front

Current increases in proportion to voltage, provided the temp doesn't change

Back

Charge Unit and Symbol

Front

Coulombs(C)

Back

Variable Resistor circuit symbol

Front

Back

Power Unit and Symbol

Front

Watts(W)

Back

Cell circuit symbol

Front

2 vertical lines, the left line thicker and shorter than the other

Back

A permanent magnet

Front

Magnet that is always magnetic and has a determined magnetic field

Back

LDR circuit symbol

Front

Back

Time(t) Unit and Symbol

Front

Seconds(s)

Back

Kilowatt per Hours (kWh)

Front

Unit used to find electrical cost

Back

Power(P)

Front

The rate of energy transferred

Back

Fuse circuit symbol

Front

Back

Ammeter circuit symbol

Front

Back

LED circuit symbol

Front

Back

Energy Transferred (E)

Front

Electrical charge goes through a change in potential difference.

Back

Magnetic Flux Density Unit and Symbol

Front

Tesla(T)

Back

Potential Difference Unit and Symbol

Front

Voltage(V)

Back

Diode circuit symbol

Front

Back

Diode Graph

Front

A diode only let's current go in one direction, it has very high resistance in the other direction.

Back

Charge (Q)

Front

The property a particle can be

Back

Electric Fields

Front

Positive charge, Negative chrage attracts, Desner lines mean stronger field

Back

Force on Conductor Unit and Symbol

Front

Newtons(N)

Back

Current (I)

Front

The rate of flow of charge

Back

Motor effect

Front

The force on a wire produced by a wire's magnetic field and magnet's magnet field interact.

Back

Resistance(R)

Front

Slows the flow of electrons down

Back

Switch circuit symbol

Front

Back

Energy Transferred Unit and Symbol

Front

Joules(J)

Back

In a parallel circuit

Front

Current splits up and down each strand and voltage is the same across each strand

Back

Magnetic Flux Density(B)

Front

Strength of a magnetic field

Back

Force on Conductor (F)

Front

Push on magnetic field produced by wire

Back

Cost of electrical appliances

Front

Depends on how much electrical energy the device uses on the electrical tariff(cost per unit)

Back

Bulb Graph

Front

As voltage increases the bulb gets hotter and current increases due to increased vibrations in the ions in the filament.

Back

Potential Difference (V)

Front

The force that pushes the charge.

Back

Resistance Unit and Symbol

Front

Ohms(Ω)

Back

LDR and Thermistor Graph

Front

As X increases the Resistance decreases.

Back

Uniform Magnetic Field

Front

Magnetic field with same direction and same strength

Back

Resistor circuit symbol

Front

Back

Battery circuit symbol

Front

Back

Temporary Magnet

Front

Magnet that is only magnetic because it's in another magnetic field.

Back