RL Circuit Challenge

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Test your RL circuit knowledge!!

Créé par

nurul fariha

Malaysia

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RL Circuit Challenge


RL Circuit ChallengeVersion en ligne Test your RL circuit knowledge!! par nurul fariha 1 In an RL circuit, which component stores magnetic energy? a Inductor b Diode c Resistor d Capacitor 2 What is the time constant for an RL circuit? a τ = L * C b τ = L / R c τ = V / R d τ = R / L 3 For a step DC input, current in an RL circuit approaches steady state of what value? a V / L b R / V c V / R d L / R 4 In AC analysis, what is the impedance of an inductor? a R b jωL c 1 / (jωL) d 1 / (ωC) 5 The current in a DC step RL circuit follows which form? a i(t) = (V / R) (1 − e^(−tR/L)) b i(t) = V / (R + L) c i(t) = (V / L) e^(tL/R) d i(t) = V * e^(−tR/L) 6 If L increases while R stays the same, the time constant… a decreases b becomes zero c increases d stays the same 7 Which expression gives the energy stored in the inductor? a E = V^2 / (2L) b E = 0.5 L I^2 c E = 0.5 C V^2 d E = I^2 / (2R) 8 What is the DC steady-state current in a series RL with a DC source V? a I = V / R b I = V * R / L c I = R / V d I = V / L 9 If the inductance L increases, the current responds how to a fixed voltage step? a More quickly b More slowly c The same speed d Immediately reaches peak 10 In a pure RL circuit with AC, which quantity demonstrates phase relationship? a Current leads voltage by 90° b There is no phase difference c Voltage lags current by 90° d Current lags voltage by a phase depending on R and ω

Vous pouvez intégrer le jeu dans un LMS compatible avec LTI 1.1 ou LTI 1.3 comme Canvas, Moodle ou Blackboard. Les scores seront ainsi automatiquement enregistrés dans le carnet de notes de la plateforme.

RL Circuit Challenge

Test

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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RL Circuit ChallengeVersion en ligne

par nurul fariha

In an RL circuit, which component stores magnetic energy?

What is the time constant for an RL circuit?

For a step DC input, current in an RL circuit approaches steady state of what value?

In AC analysis, what is the impedance of an inductor?

The current in a DC step RL circuit follows which form?

If L increases while R stays the same, the time constant…

Which expression gives the energy stored in the inductor?

What is the DC steady-state current in a series RL with a DC source V?

If the inductance L increases, the current responds how to a fixed voltage step?

In a pure RL circuit with AC, which quantity demonstrates phase relationship?