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Madelyn clicks "reset" to move the switch to position a. She runs the simulation again with the same values, R = 0.5Ω, C = 0.40F, and L = 2.00H, now having Scarlett pay attention to the energy graphs at the bottom right corner of the simulation. What does Scarlett say she observes? a. "Energy oscillates between energy in the capacitor and energy in the inductor, with the sum of these energies decreasing over time, as the internal energy of the resistor increases. Energy is delivered to the resistor only when the current is nonzero." b. "Energy oscillates between energy in the capacitor and energy in the inductor, with the sum of these energies increasing over time, as the internal energy of the resistor decreases." c. "Energy oscillates between energy in the capacitor and energy in the inductor, with the sum of these energies increasing over time, as the internal energy of the resistor increases. Energy is delivered to the resistor only when the current is nonzero." d. "Energy oscillates between energy in the capacitor and energy in the inductor, with the sum of these energies decreasing over time, as the internal energy of the resistor decreases".
Sagot :
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