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**The attempt at a solution**

(Assuming the components are in series of this order: resistor, inductor, capacitor

(Assuming the components are in series of this order: resistor, inductor, capacitor

So I know that the phases are not in sync, that as the voltage oscillates the voltage across each component in the circuit is different.

At the peak voltage aka peak current the voltage across the inductor will be at it's max because it's resisting change in voltage and therefore creates an opposing voltage with an opposing current. When the V starts declining it will then try to keep the current going and produce a voltage the other way

So this means that as it declines and goes 'negative', since the capacitor is attached directly to the power supply from the other end it's voltage will increase as the inductors voltage starts to decrease?

Because I don't know how the voltage of the capacitor really works in relation to the inductor. I know the V of the resistor because it's IR.

I just know that the voltages add up in vectors, which I don't understand the reason of.