An LCR circuit is equivalent to a damped pendulum. In an LCR circuit t

1.	An LCR circuit is equivalent to a damped pendulum. In an LCR circuit the capacitor is charged to Q0 and then connected to the L and R as shown below: If a student plots graphs of the square of maximum charge on the capacitor with time (t) for two different values L1 and L2 (L1>L2) of L then which of the following represents this graph correctly? (plots are schematic and not drawn to scale)
Answer» An LCR circuit is equivalent to a damped pendulum. In an LCR circuit the capacitor is charged to Q₀ and then connected to the L and R as shown below: If a student plots graphs of the square of maximum charge on the capacitor with time (t) for two different values L₁ and L₂ (L₁>L₂) of L then which of the following represents this graph correctly? (plots are schematic and not drawn to scale)

An LCR circuit is equivalent to a damped pendulum. In an LCR circuit the capacitor is charged to Q0 and then connected to the L and R as shown below: If a student plots graphs of the square of maximum charge on the capacitor with time (t) for two different values L1 and L2 (L1>L2) of L then which of the following represents this graph correctly? (plots are schematic and not drawn to scale)

Answer»

An LCR circuit is equivalent to a damped pendulum. In an LCR circuit the capacitor is charged to Q₀ and then connected to the L and R as shown below:

If a student plots graphs of the square of maximum charge on the capacitor with time (t) for two different values L₁ and L₂ (L₁>L₂) of L then which of the following represents this graph correctly? (plots are schematic and not drawn to scale)

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