ແກ້ V_{12}=v_{12}(-i(phi_{12}+p_{1}-p_{2}))

$$V _ { 12 } = v _ { 12 } ( - i ( \phi _ { 12 } + p _ { 1 } - p _ { 2 } ) )$$

ແກ້ສຳລັບ p_1

$$\left\{\begin{matrix}p_{1}=p_{2}-ϕ_{12}+\frac{iV_{12}}{v_{12}}\text{, }&v_{12}\neq 0\\p_{1}\in \mathrm{C}\text{, }&V_{12}=0\text{ and }v_{12}=0\end{matrix}\right,$$

ຂັ້ນຕອນສຳລັບການແກ້ສົມຜົນເສັ້ນຊື່

ໃຊ້ຄຸນສົມບັດການແຈກແຈງເພື່ອຄູນ v_{12}\left(-i\right) ດ້ວຍ ϕ_{12}+p_{1}-p_{2}.

$$V_{12}=-iv_{12}ϕ_{12}-iv_{12}p_{1}+iv_{12}p_{2}$$

ສະຫຼັບຂ້າງເພື່ອໃຫ້ພົດຕົວແປທັງໝົດຢູ່ຂ້າງຊ້າຍຂອງເຄື່ອງໝາຍເທົ່າກັບ.

$$-iv_{12}ϕ_{12}-iv_{12}p_{1}+iv_{12}p_{2}=V_{12}$$

ລົບ -iv_{12}ϕ_{12} ອອກຈາກທັງສອງຂ້າງ.

$$-iv_{12}p_{1}+iv_{12}p_{2}=V_{12}-\left(-iv_{12}ϕ_{12}\right)$$

ລົບ iv_{12}p_{2} ອອກຈາກທັງສອງຂ້າງ.

$$-iv_{12}p_{1}=V_{12}-\left(-iv_{12}ϕ_{12}\right)-iv_{12}p_{2}$$

ຄູນ -1 ກັບ -i ເພື່ອໃຫ້ໄດ້ i.

$$-iv_{12}p_{1}=V_{12}+iv_{12}ϕ_{12}-iv_{12}p_{2}$$

ສົມຜົນຢູ່ໃນຮູບແບບມາດຕະຖານ.

$$\left(-iv_{12}\right)p_{1}=V_{12}+iv_{12}ϕ_{12}-ip_{2}v_{12}$$

ຫານທັງສອງຂ້າງດ້ວຍ -iv_{12}.

$$\frac{\left(-iv_{12}\right)p_{1}}{-iv_{12}}=\frac{V_{12}+iv_{12}ϕ_{12}-ip_{2}v_{12}}{-iv_{12}}$$

ການຫານດ້ວຍ -iv_{12} ຈະຍົກເລີກການຄູນດ້ວຍ -iv_{12}.

$$p_{1}=\frac{V_{12}+iv_{12}ϕ_{12}-ip_{2}v_{12}}{-iv_{12}}$$

ຫານ V_{12}+iv_{12}ϕ_{12}-iv_{12}p_{2} ດ້ວຍ -iv_{12}.

$$p_{1}=p_{2}-ϕ_{12}+\frac{iV_{12}}{v_{12}}$$

ແກ້ສຳລັບ V_12

$$V_{12}=-iv_{12}\left(p_{1}-p_{2}+ϕ_{12}\right)$$