If I didn't know any better...and I don't (ha ha), I'd say that there may be four combinations of these four elements to produce four variations of power...?
These two combinations are thermodynamically compliant and obey the conservation of energy, because these are loads, not generators, by the passive sign convention of characteristic behavior of real power?...
Self-Inductance plus Self-Capacitance produces ?? Power...sounds like a resistive load exemplified by a flashlight circuit?
Mutual Enductance plus Self-Capacitance produces ?? Power...sounds like an inductive load exemplified by an electric motor?
These two combinations are not thermodynamically compliant and disobey the conservation of energy, because these are generators in the sense that they are dynamic and either expand or contract reactive power?...
Self-Inductance plus Mutual Capacitance produces ?? Power...sounds like an underunity circuit in which energy is "decomposed" (not converted into something else; it simply disappears)?
Mutual Enductance plus Mutual Capacitance produces ?? Power...sounds like an overunity circuit in which energy is "synthesized" (not converted into something else; it simply disappears)?