Connecting component legs

As ground

As power rail

Storing electrical energy

Ground

Positive terminal

Negative terminal

Switch

V = I / R

V = R / I

V = I × R

V = P / I

Voltage in a loop equals zero

The sum of incoming current = the sum of outgoing current

Total series resistance is multiplication

Energy is not conserved

Is different

Is the same

Depends on voltage

Is zero

Greater than one of the resistors

Equal to the largest resistor

Less than the smallest resistor

Indeterminate

Incoming current equals outgoing current

The sum of loop voltages equals zero

Constant power

Source voltage is always negative

22 Ω ±10%

220 Ω ±5%

2.2 kΩ ±5%

220 kΩ ±10%

Fixed Resistor

Potentiometer

LDR

Thermistor

Volt

Ampere

Ohm

Watt

Temperature

Light

Voltage

Current

0.01 W

0.1 W

1 W

10 W

0.1 A

1 A

10 A

100 A

P = V + I

P = V × I

P = V - I

P = R / V

Different

Zero

The same

Depends on current

Energy source

EKG signal filter

Direct temperature sensor

Generator

1 kΩ ±5%

10 kΩ ±10%

100 Ω ±5%

1 MΩ ±5%

Non-polar

Polar

Do not store charge

Only for high frequencies

C = V/I

C = ε × A/d

C = A × d

C = Q × V

Henry

Ohm

Farad

Volt

Xc = 2πfC

Xc = 1/(2πfC)

Xc = V/I

Xc = I/V

Stabilizing EKG signals

Storing energy for electric shock

Regulating LED current

As ground

Greater than all capacitors

Equal to the largest capacitor

Less than the smallest capacitance

Indeterminate

Greater than all capacitors

Equal to the largest capacitor

Less than the smallest capacitance

Indeterminate

Two parallel lines

Straight and curved line

Diagonal arrow

Triangle

Power enhancer

Signal filter

Current source

Switch

Saturation

Cut-off

Active

Breakdown

Fully conducting

Not conducting

Stable output voltage

Maximum base current

Store energy

Amplify signals

Produce light

Measure resistance

Collector-Emitter

Base-Emitter

Anode-Cathode

Ground

Passive

Active

Electromechanical

Inductive

Reverse bias

Forward bias

Cut-off

Saturation

Store energy

Keep voltage stable

Reduce capacitance

Increase resistance

Changing resistor shape

Regulating carrier signal

Storing electrical energy

Increasing inductance

Adjust wave amplitude

Adjust screen brightness

Adjust wave spacing

Calibrate probe

T = f × V

T = Number of boxes × Time/Div

T = 1/f

T = Volt/Div × box

f = 1/T

f = V/I

f = T × V

f = R × C

Volt/Div × height of box

Time/Div × width of box

1/Volt

V × I

Focus

Intensity

Volt/Div

Time/Div

Measure resistance

Display waveforms

Store energy

Limit current

Probe

Display

Range switch

Input port

Connect component legs

As ground

As power rail

Store electrical energy

Ground

Positive terminal

Negative terminal

Switch

V = I / R

V = R / I

V = I × R

V = P / I

Voltage in a loop equals zero

Total current in equals total current out

Total series resistance is multiplication

Energy is not conserved

Is different

Is the same

Depends on voltage

Is zero

Greater than one of the resistors

Equal to the largest resistor

Less than the smallest resistor

Indeterminate

Greater than one of the resistors

Equal to the largest resistor

Less than the smallest resistor

Indeterminate

Incoming current equals outgoing current

The sum of loop voltages equals zero

Constant power

The source voltage is always negative

22 Ω ±10%

220 Ω ±5%

2.2 kΩ ±5%

220 kΩ ±10%

Fixed Resistor

Potentiometer

LDR

Thermistor

Volt

Ampere

Ohm

Watt

Temperature

Light

Voltage

Current

0.01 W

0.1 W

1 W

10 W

0.1 A

1 A

10 A

100 A

P = V + I

P = V × I

P = V - I

P = R / V

Different

Zero

The same

Depends on current

Energy source

EKG signal filter

Direct temperature sensor

Generator

1 kΩ ±5%

10 kΩ ±10%

100 Ω ±5%

1 MΩ ±5%

Non-polar

Polar

Do not store charge

Only for high frequencies

C = V/I

C = ε × A/d

C = A × d

C = Q × V

Henry

Ohm

Farad

Volt

Xc = 2πfC

Xc = 1/(2πfC)

Xc = V/I

Xc = I/V

Stabilizing EKG signals

Storing energy for electric shock

Regulating LED current

As ground

Greater than all capacitors

Equal to the largest capacitor

Less than the smallest capacitance

Indeterminate

Two parallel lines

Straight and curved line

Diagonal arrow

Triangle

Power enhancer

Signal filter

Current source

Switch

Saturation

Cut-off

Active

Breakdown

Fully conducting

Not conducting

Stable output voltage

Maximum base current

Store energy

Amplify signals

Produce light

Measure resistance

Collector-Emitter

Base-Emitter

Anode-Cathode

Ground

Passive

Active

Electromechanical

Inductive

Reverse bias

Forward bias

Cut-off

Saturation

Storing energy

Keeping voltage stable

Reducing capacitance

Increasing resistance

Storing energy

Keeping voltage stable

Reducing capacitance

Increasing resistance

Changing the shape of the resistor

Regulating the carrier signal

Storing electrical energy

Increasing inductance

Adjust the amplitude of the wave

Adjust the brightness of the screen

Adjust the spacing of the wave

Calibrate the probe

T = f × V

T = Number of boxes × Time/Div

T = 1/f

T = Volt/Div × box

f = 1/T

f = V/I

f = T × V

f = R × C

Volt/Div × height of the box

Time/Div × width of the box

1/Volt

V × I

Focus

Intensity

Volt/Div

Time/Div

Measure resistance

Display waveforms

Store energy

Limit current

Probe

Display

Range switch

Input port

Connecting component legs

As ground

As power rail

Storing electrical energy

Ground

Positive terminal

Negative terminal

Switch

V = I / R

V = R / I

V = I × R

V = P / I

Voltage in a loop equals zero

Total incoming current = total outgoing current

Total series resistance is multiplication

Energy is not conserved

Is different

Is the same

Depends on voltage

Is zero

Greater than any one resistor

Equal to the largest resistor

Less than the smallest resistor

Indeterminate

Incoming current equals outgoing current

Total voltage in a loop equals zero

Constant power

Source voltage is always negative

22 Ω ±10%

220 Ω ±5%

2.2 kΩ ±5%

220 kΩ ±10%

Fixed Resistor

Potentiometer

LDR

Thermistor

Volt

Ampere

Ohm

Watt

Temperature

Light

Voltage

Current

0.01 W

0.1 W

1 W

10 W

0.1 A

1 A

10 A

100 A

P = V + I

P = V × I

P = V - I

P = R / V

Different

Zero

The same

Depends on current

Energy source

EKG signal filter

Direct temperature sensor

Generator

Energy source

EKG signal filter

Direct temperature sensor

Generator

1 kΩ ±5%

10 kΩ ±10%

100 Ω ±5%

1 MΩ ±5%

Non-polar

Polar

Do not store charge

Only for high frequencies

C = V/I

C = ε × A/d

C = A × d

C = Q × V

Henry

Ohm

Farad

Volt

Xc = 2πfC

Xc = 1/(2πfC)

Xc = V/I

Xc = I/V

Stabilizing EKG signals

Storing energy for electric shock

Regulating LED current

As ground

Greater than all capacitors

Equal to the largest capacitor

Less than the smallest capacitance

Indeterminate

Two parallel lines

Straight and curved line

Diagonal arrow

Triangle

Power enhancers

Signal filters

Current sources

Switches

Saturation

Cut-off

Active

Breakdown

Fully conducting

Not conducting

Stable output voltage

Maximum base current

Store energy

Amplify signals

Produce light

Measure resistance

Collector-Emitter

Base-Emitter

Anode-Cathode

Ground

Passive

Active

Electromechanical

Inductive

Reverse bias

Forward bias

Cut-off

Saturation

Storing energy

Keeping voltage stable

Reducing capacitance

Increasing resistance

Changing resistor shape

Regulating carrier signal

Storing electrical energy

Increasing inductance

Adjust wave amplitude

Adjust screen brightness

Adjust wave spacing

Calibrate probe

T = f × V

T = Number of boxes × Time/Div

T = 1/f

T = Volt/Div × box

f = 1/T

f = V/I

f = T × V

f = R × C

Volt/Div × height of box

Time/Div × width of box

1/Volt

V × I

Focus

Intensity

Volt/Div

Time/Div

Measure resistance

Display waveforms

Store energy

Limit current