RLC and Filter Realms

Froggy Jumps

Jugadas 8

Crear copia

Sobre esta actividad

LR, CR, LCR filters basics

Creada por

Akhil Benny

India

Descarga la versión para jugar en papel

Top 10 resultados

#	Jugador	Acierto	tiempo
1	Senatra Silveira 9 de Marzo de 2026	% 90	02:10
2	Akhil Benny 8 de Marzo de 2026	% 60	02:07
3	Priyanka . 9 de Marzo de 2026	% 50	01:34

¿Quieres aparecer en el Top 10 de este juego? Inicia sesión para identificarte.

Crea tu propio juego gratis desde nuestro creador de juegos

Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad

Crear reto

Quiz de Culpa mía película

Yamila Chavez

Argentina

(171)

Demuestra cuánto sabes sobre la película Culpa mía con este divertido quiz.
El valle de los lobos

Marcos Signes

España

(107)

20 preguntas de este maravilloso libro
OPEN UP 6 UNIT 1 VOCABULARY

karen blixen

España

(100)

Repasamos el vocabulario de la unidad
Salva a la Ranita

Melanie Rodriguez

Estados Unidos

(337)

Contesta las siguientes multiplicaciones correctamente para salvar a la ranita y evitar que caiga al agua, mucha suerte!
Sabiduría animal

Educaplay Educational Resources

España

(15404)

Conviértete en un genio del Reino Animal


Froggy Jumps RLC and Filter RealmsVersión en línea LR, CR, LCR filters basics por Akhil Benny 1 Which component sets the high-frequency gain in an LR high-pass filter? a Capacitor acts as open at high freq b Inductor impedance increasing with frequency c Source resistance dominates at all frequencies 2 For a CR low-pass filter, what happens to output as frequency increases? a Output stays constant b Output attenuates (drops) c Output increases 3 In an LCR band-pass circuit, which component mainly determines the center frequency? a Resistor value b Inductor and capacitor values (LC pair) c Load impedance only 4 What is the transfer function form of a simple LR high-pass filter? a Vout/Vin = R/(R + 1/sC) b Vout/Vin = 1/(1 + sRC) c Vout/Vin = sL/(R + sL) 5 Which condition yields a series LCR circuit as a band-pass filter? a No resonance occurs b Series resonance at ω0 = 1/√LC c Parallel resonance at ω0 6 In a CR low-pass filter, how does a larger capacitor affect the cutoff frequency? a Cutoff decreases b No change c Cutoff increases 7 Which factor primarily determines the bandwidth of an RLC band-pass circuit? a Ambient temperature only b Supply voltage c Q factor and component tolerances 8 What is the key feature of a high-pass LR circuit in impedance terms? a Capacitor dominates at all freq b Resistor dominates at high freq c Inductor impedance rises with frequency 9 If you want a narrow band-pass, which tactic helps in an LCR circuit? a Increase load resistor b Use a smaller supply voltage c Increase Q by choosing high-Q LC and suitable R 10 Which graph best represents a low-pass filter response? a Magnitude constant across all frequencies b Magnitude increases with frequency c Magnitude decreases with frequency above cutoff

Froggy Jumps

RLC and Filter RealmsVersión en línea

LR, CR, LCR filters basics

por Akhil Benny

Which component sets the high-frequency gain in an LR high-pass filter?

Capacitor acts as open at high freq

Inductor impedance increasing with frequency

Source resistance dominates at all frequencies

For a CR low-pass filter, what happens to output as frequency increases?

Output stays constant

Output attenuates (drops)

Output increases

In an LCR band-pass circuit, which component mainly determines the center frequency?

Resistor value

Inductor and capacitor values (LC pair)

Load impedance only

What is the transfer function form of a simple LR high-pass filter?

Vout/Vin = R/(R + 1/sC)

Vout/Vin = 1/(1 + sRC)

Vout/Vin = sL/(R + sL)

Which condition yields a series LCR circuit as a band-pass filter?

No resonance occurs

Series resonance at ω0 = 1/√LC

Parallel resonance at ω0

In a CR low-pass filter, how does a larger capacitor affect the cutoff frequency?

Cutoff decreases

No change

Cutoff increases

Which factor primarily determines the bandwidth of an RLC band-pass circuit?

Ambient temperature only

Supply voltage

Q factor and component tolerances

What is the key feature of a high-pass LR circuit in impedance terms?

Capacitor dominates at all freq

Resistor dominates at high freq

Inductor impedance rises with frequency

If you want a narrow band-pass, which tactic helps in an LCR circuit?

Increase load resistor

Use a smaller supply voltage

Increase Q by choosing high-Q LC and suitable R

Which graph best represents a low-pass filter response?

Magnitude constant across all frequencies

Magnitude increases with frequency

Magnitude decreases with frequency above cutoff

Puedes integrar el juego en un LMS compatible con LTI 1.1 o LTI 1.3 como Canvas, Moodle, o Blackboard. De esta manera podrás guardar las puntuaciones automáticamente en el libro de calificaciones de esa plataforma.

RLC and Filter Realms

Froggy Jumps

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Froggy Jumps

Quiz de Culpa mía película

Froggy Jumps

El valle de los lobos

Froggy Jumps

OPEN UP 6 UNIT 1 VOCABULARY

Froggy Jumps

Salva a la Ranita

Froggy Jumps

Sabiduría animal

Froggy Jumps

RLC and Filter RealmsVersión en línea

por Akhil Benny

Which component sets the high-frequency gain in an LR high-pass filter?

For a CR low-pass filter, what happens to output as frequency increases?

In an LCR band-pass circuit, which component mainly determines the center frequency?

What is the transfer function form of a simple LR high-pass filter?

Which condition yields a series LCR circuit as a band-pass filter?

In a CR low-pass filter, how does a larger capacitor affect the cutoff frequency?

Which factor primarily determines the bandwidth of an RLC band-pass circuit?

What is the key feature of a high-pass LR circuit in impedance terms?

If you want a narrow band-pass, which tactic helps in an LCR circuit?

Which graph best represents a low-pass filter response?

		%
	Anónimo	%
		%
		%