The equations and solutions for two different oscillating systems, one of which is mechanical oscillator of mass m, stiffness s, and resistancer driven by an alternating force Focoswt and the other one is series RLC circuit driven by alternating voltage Vocoswt are similar if we replace 1. A. m with L, s with 1/C, r with R, and F with V. B. m with 1/L, s with C, r with R, and F with V. C. m with L, s with 1/C, r with 1/R, and F with V. D. m with L, s with 1/C, r with R, and F with 1/V. E. Those two systems oscillate in the way which cannot be considered similar under any conditions.
The equations and solutions for two different oscillating systems, one of which is mechanical oscillator of mass m, stiffness s, and resistancer driven by an alternating force Focoswt and the other one is series RLC circuit driven by alternating voltage Vocoswt are similar if we replace 1. A. m with L, s with 1/C, r with R, and F with V. B. m with 1/L, s with C, r with R, and F with V. C. m with L, s with 1/C, r with 1/R, and F with V. D. m with L, s with 1/C, r with R, and F with 1/V. E. Those two systems oscillate in the way which cannot be considered similar under any conditions.
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Transcribed Image Text:The equations and solutions for two different oscillating systems, one of which is mechanical
oscillator of mass m, stiffness s, and resistancer driven by an alternating force Focoswt and the
other one is series RLC circuit driven by alternating voltage Vocoswt are similar if we replace
1.
A. m with L, s with 1/C, r with R, and F with V.
B. m with 1/L, s with C, r with R, and F with V.
C. m with L, s with 1/C, r with 1/R, and F with V.
D. m with L, s with 1/C, r with R, and F with 1/V.
E. Those two systems oscillate in the way which cannot be considered similar under any
conditions.
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