Survey Maker Survey Templates Contact Privacy & Security

ET 2

A vibrant and educational illustration depicting electric circuits, capacitors, and electrostatic fields, with icons representing resistance, current, and voltage, in a modern and engaging style.

Electric Circuit Fundamentals Quiz

Test your knowledge of electric fields, circuit components, and fundamental electrical concepts with our engaging quiz!

10 challenging questions
Immediate feedback on your answers
Perfect for students and enthusiasts alike

10 Questions2 MinutesCreated by CurrentFlow247

The measurement unit of the electric field intensity is:

C/m

A/m

V/m

The internal resistance of an ideal voltage source has the value equal with

Infinite

Any value

The source value

Zero

In the R, L, C parallel circuit we know R = 5[Ω], L = 10[mH] and C = 1[μF]. The resonance frequency, fr, of the circuit will be:

Fr = 1592 [Hz]

Fr = 15 [kHz]

Fr = 150 [Hz]

Fr = 628 [mHz]

In using the analogy between the electrostatic field and the electro-kinetic field which of the analogies is incorrect:

To calculate the electric resistance using the direct method we use the relation:

The resistance of the spherical capacitor (the capacitor plates are two metallic spheres, concentric, of external radius a and internal radius b, and the dielectric between the spheres has the constant permitivitty ε and constant resistivity ϝ), is:

R = ϝ / (4π ) * (a-b) / (r_i*r_e), [Ω]

R = ϝ / (4π ) * (a-b) / (a*b), [Ω]

R = ϝε / (4π ) * (a-b) / (a*b), [Ω]

R = ϝ / (4π ) * (r_e-r_i) / (r_i*r_e), [Ω]

The volume charge density is defined as:

The reactance of the circuit is:

{"name":"ET 2", "url":"https://www.quiz-maker.com/QPREVIEW","txt":"Test your knowledge of electric fields, circuit components, and fundamental electrical concepts with our engaging quiz!10 challenging questionsImmediate feedback on your answersPerfect for students and enthusiasts alike","img":"https:/images/course1.png"}