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Create an educational illustration depicting the concepts of frequency, amplitude, vibrations, and resonance, featuring a pendulum, a spring, and waveforms in a visually engaging manner.

Understanding Vibrations and Frequency

Test your knowledge on vibrations, frequency, and related concepts with our engaging quiz! Dive deep into the mechanics of oscillations and energy transformations.

Topics covered include:

Frequency calculations
Relationship between period and frequency
Understanding elongation and amplitude
Energy potential in springs and oscillators

13 Questions3 MinutesCreated by CalculatingWave42

Frecventa

V=t/n

V=n/t

V=1/t

Relatia dintre perioada si frecventa

V=t/n

V=n/t

V=1/T

Perioada este:

T=n/t

T=2/t

T=t/n

Elongatia este:

Distanta maxima fata de pozitia de echilibru al pendulului

Distanta fata de pozitia de echilibru la care se afla oscilatorul

Distanta fata de oscilator

Amplitudinea este:

Elongatia minima masurata in m

Elongatia maxima masurata in Hz

Elongatia maxima masurata in m

In stare de repaus, energia potentiala a unui arc este minima. Pe masura ce arcul este comprimat sau intins energia potentiala creste.

Ep=h* (deformatia)^2/2

Ep=h+(deformatia)^2/2

Ep=h- (deformatia)^2/2

Legea de miscare este de forma:

X=A*cos(omega n *t)+B*cos(omega n*t)

X=A*sin(omega n *t)+B*cos(omega n*t)

X=A*cos(omega n *t)+B*sin(omega n*t)

Pulsatia naturala:

Omega n= radical(K/M)

Omega n= radical(M ech/K ech)

Omega n= radical(K ech/M ech)

Transformata Fourier este

Vibratiile se pot clasifica in

Descrie fenomenul de rezonanta.

Numarul gradelor de…

Functia de raspuns.

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