Inductor energy is computed from flux and inductance. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

Flux and inductance set inductor energy

The standalone source uses flux 2 webers and inductance 2 henry, giving inductor energy 1 joule.

EL=Φ22L=2222=1 JE_L=\frac{\Phi^{2}}{2L}=\frac{2^{2}}{2\cdot 2}=1\ \text{J}
Inductor energy sourceFlux energy is checked separately from charge energy.snapshot0Charge=0 Csnapshot0Capacitance=1 Fsnapshot0Flux=2 Wbsnapshot0Inductance=2 Hsnapshot0CapacitorEnergy=0 Jsnapshot0InductorEnergy=1 Jsnapshot0TotalEnergy=1 J

The checked total comes from the active store

The checked standalone total is 1 joule because this source sets the charge term to 0.

0+1=1 J0+1=1\ \text{J}
Shared totalThe rendered ledger binds both energy stores.snapshot0Charge=0 Csnapshot0Capacitance=1 Fsnapshot0Flux=2 Wbsnapshot0Inductance=2 Hsnapshot0CapacitorEnergy=0 Jsnapshot0InductorEnergy=1 Jsnapshot0TotalEnergy=1 J