当我尝试对齐不同的“对齐”环境时，我遇到了问题。这是我的 Latex 代码：
\documentclass[10pt, a4paper]{article}
\usepackage[english]{babel}
\usepackage[english]{isodate}
\usepackage[T1]{fontenc}
\usepackage[hidelinks]{hyperref}
\usepackage[utf8]{inputenc}
\usepackage{mathtools}
\usepackage{amsmath}
\usepackage{amssymb}
\begin{document}
\section{Example}
\subsection*{Degree 1}
\begin{align*}
C_1' & = C_1 \\
C_0' & = a_k + C_0
\end{align*}
\subsection*{Degree 2}
\begin{align*}
C_2' & = C_2 \\
C_1' & = 2 C_2 a_k + C_1 \\
C_0' & = C_2 a_k^2 + C_1 a_k + C_0
\end{align*}
\subsection*{Degree 3}
\begin{align*}
C_3' & = C_3 \\
C_2' & = 3 C_3 a_k + C_2 \\
C_1' & = 3 C_3 a_k^2 + 2 C_2 a_k + C_1 \\
C_0' & = C_3 a_k^3 + C_2 a_k^2 + C_1 a_k + C_0
\end{align*}
\subsection*{Degree 4}
\begin{align*}
C_4' & = C_4 \\
C_3' & = 4 C_4 a_k + C_3 \\
C_2' & = 6 C_4 a_k^2 + 3 C_3 a_k + C_2 \\
C_1' & = 4 C_4 a_k^3 + 3 C_3 a_k^2 + 2 C_2 a_k + C_1 \\
C_0' & = C_4 a_k^4 + C_3 a_k^3 + C_2 a_k^2 + C_1 a_k + C_0
\end{align*}
\subsection*{Degree 5}
\begin{align*}
C_5' & = C_5 \\
C_4' & = 5 C_5 a_k + C_4 \\
C_3' & = 10 C_5 a_k^2 + 4 C_4 a_k + C_3 \\
C_2' & = 10 C_5 a_k^3 + 6 C_4 a_k^2 + 3 C_3 a_k + C_2 \\
C_1' & = 5 C_5 a_k^4 + 4 C_4 a_k^3 + 3 C_3 a_k^2 + 2 C_2 a_k + C_1 \\
C_0' & = C_5 a_k^5 + C_4 a_k^4 + C_3 a_k^3 + C_2 a_k^2 + C_1 a_k + C_0
\end{align*}
\end{document}
这是输出：
如您所见，方程式对齐不充分。我想将它们的左侧对齐在同一行，但要将它们保持在页面中间（这样清楚吗？）
答案1
和\intertext：
\documentclass[10pt, a4paper]{article}
\usepackage[english]{babel}
\usepackage[english]{isodate}
\usepackage[T1]{fontenc}
\usepackage[hidelinks]{hyperref}
\usepackage[utf8]{inputenc}
\usepackage{mathtools}
\usepackage{amsmath}
\usepackage{amssymb}
\begin{document}
\section{Example}
\subsection*{Degree 1}
\begin{align*}
C_1' & = C_1 \\
C_0' & = a_k + C_0
%
\intertext{\subsection*{Degree 2}}
C_2' & = C_2 \\
C_1' & = 2 C_2 a_k + C_1 \\
C_0' & = C_2 a_k^2 + C_1 a_k + C_0
%
\intertext{\subsection*{Degree 3}}
C_3' & = C_3 \\
C_2' & = 3 C_3 a_k + C_2 \\
C_1' & = 3 C_3 a_k^2 + 2 C_2 a_k + C_1 \\
C_0' & = C_3 a_k^3 + C_2 a_k^2 + C_1 a_k + C_0
%
\intertext{\subsection*{Degree 4}}
C_4' & = C_4 \\
C_3' & = 4 C_4 a_k + C_3 \\
C_2' & = 6 C_4 a_k^2 + 3 C_3 a_k + C_2 \\
C_1' & = 4 C_4 a_k^3 + 3 C_3 a_k^2 + 2 C_2 a_k + C_1 \\
C_0' & = C_4 a_k^4 + C_3 a_k^3 + C_2 a_k^2 + C_1 a_k + C_0
%
\intertext{\subsection*{Degree 5}}
C_5' & = C_5 \\
C_4' & = 5 C_5 a_k + C_4 \\
C_3' & = 10 C_5 a_k^2 + 4 C_4 a_k + C_3 \\
C_2' & = 10 C_5 a_k^3 + 6 C_4 a_k^2 + 3 C_3 a_k + C_2 \\
C_1' & = 5 C_5 a_k^4 + 4 C_4 a_k^3 + 3 C_3 a_k^2 + 2 C_2 a_k + C_1 \\
C_0' & = C_5 a_k^5 + C_4 a_k^4 + C_3 a_k^3 + C_2 a_k^2 + C_1 a_k + C_0
\end{align*}
\end{document}