Find the maximum current in theinductor. At the instant the current in the induc

Question

Find the maximum current in theinductor. At the instant the current in the inductor ismaximal, how much charge is on the capacitor plates? q= ??? Find the maximum potential across thecapacitor. At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch. i= ???? I have NO IDEA how to find those 2, if anyone couldPLEASE help, i would GREATLY appreciate it. Thank you verymuch.

Explanation / Answer

As per the basic priniciples of LC ckt,,the ckt energyoscillates between L and C element. There is no dissipating elementi LC ckt..So,,there is no enrgy loss in the ckt..butthe energyshifts from L and C where Total energy = Utotal Energy in inductor = UB Energy in capacitor = UC so Utotal = UB + UC at any instant UB(t) = 1/2 *L*I(t)^2 UC(t) = Q(t)^2/2C Also,,Utotal = UBmax = 1/2 * L*Imax^2 and Utotal =Qmax^2/2C meaning that when the current across the inductor ismaximum,,the total energy will be across inductor and there is nocharge on capacitor When charge on capacitor is maximu,,there is nocurrent in iductor. At the instant the current in the inductor ismaximal, how much charge is on the capacitor plates? q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 At the instant the current in the inductor ismaximal, how much charge is on the capacitor plates? q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 At the instant the current in the inductor ismaximal, how much charge is on the capacitor plates? q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 q= ??? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 At the instant the potential across thecapacitor is maximum, what is the current in the inductor? i= ???? = 0 i= ???? = 0 i= ???? = 0 i= ???? = 0 i= ???? = 0 i= ???? = 0 i= ???? = 0 i= ???? = 0 i= ???? = 0 i= ???? = 0 i= ???? = 0

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