Figure illustrates a block-and-spring analogy to an LC circuit. What mechanical property of the blockand- spring system corresponds to the inductance L of the LC circuit? What mechanical property corresponds to the capacitance C? KEY CONCEPTFIGURE 26.23 The capacitor charge oscillates much like a blockattached to a spring.Q = QoQ = 0+++The capacitordischarges untilthe current is ai = 0iМаx vhav = 0 maximum.Maximum capacitor charge islike a fully stretched spring.Maximum current is like the blockhaving maximum speed.The current continuesuntil the initial capacitorcharge is restored.The current continues until thecapacitor is fully rechargedwith opposite polarization.Q =-QoQ = 0iNow thei = 0discharge goesin the oppositedirection.Мах vv=0

Let x denote the displacement at any time t, m denote the mass of the block attached to the spring…

Answered: KEY CONCEPT FIGURE 26.23 The capacitor…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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Figure illustrates a block-and-spring analogy to an LC circuit. What mechanical property of the blockand- spring system corresponds to the inductance L of the LC circuit? What mechanical property corresponds to the capacitance C?

KEY CONCEPT
FIGURE 26.23 The capacitor charge oscillates much like a block
attached to a spring.
Q = Qo
Q = 0
+++
The capacitor
discharges until
the current is a
i = 0
i
Маx v
ha
v = 0 maximum.
Maximum capacitor charge is
like a fully stretched spring.
Maximum current is like the block
having maximum speed.
The current continues
until the initial capacitor
charge is restored.
The current continues until the
capacitor is fully recharged
with opposite polarization.
Q =-Qo
Q = 0
i
Now the
i = 0
discharge goes
in the opposite
direction.
Мах v
v=0

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