series and parallel circuits

series and parallel circuits, series circuit

B1+B2, B1 + B2, B1 parallel B2, B1 series B2, B1 ∥ B2, B1∥B2, B₁+B₂, B₁ + B₂, B₁ parallel B₂, B₁ series B₂, B₁ ∥ B₂, B₁∥B₂, C1+C2, C1 + C2, C1 parallel C2, C1 series C2, C1 ∥ C2, C1∥C2, C₁+C₂, C₁ + C₂, C₁ parallel C₂, C₁ series C₂, C₁ ∥ C₂, C₁∥C₂, G1+G2, G1 + G2, G1 parallel G2, G1 series G2, G1 ∥ G2, G1∥G2, G₁+G₂, G₁ + G₂, G₁ parallel G₂, G₁ series G₂, G₁ ∥ G₂, G₁∥G₂, in parallel, L1+L2, L1 + L2, L1 series L2, L₁+L₂, L₁ + L₂, L₁ series L₂, Parallel and series circuits, Parallel capacitor, Parallel inductor, R1+R2, R1 + R2, R1 series R2, R₁+R₂, R₁ + R₂, R₁ series R₂, series (electronics), series capacitor, Series inductor, Shunt capacitor, Shunt inductor, X1+X2, X1 + X2, X1 series X2, X₁+X₂, X₁ + X₂, X₁ series X₂, Y1+Y2, Y1 + Y2, Y1 parallel Y2, Y1 series Y2, Y1 ∥ Y2, Y1∥Y2, Y₁+Y₂, Y₁ + Y₂, Y₁ parallel Y₂, Y₁ series Y₂, Y₁ ∥ Y₂, Y₁∥Y₂, Z1+Z2, Z1 + Z2, Z1 series Z2, Z₁+Z₂, Z₁ + Z₂, Z₁ series Z₂

serial circuit