tmp のバックアップの現在との差分(No.7)

バックアップ一覧
差分を表示
現在との差分を表示
ソースを表示
バックアップを表示
tmp へ行く。

$\vec H = \left(\! \ffd{1}{4 \pi} \!\right) \int\! \ffd{dq(\vec r - \vec r \,')}{|(\vec r - \vec r \,')|^3}$

$\vec H = \ffd{1}{4 \pi} \int\! \ffd{\vec r - \vec r \,'}{|\vec r - \vec r \,'|^3} dq$

$\vec H = \ffd{1}{4 \pi} \int\!\! \ffd{\vec r - \vec r \,'}{|\vec r - \vec r \,'|^3}\, dq$

$a \times b = \sum_{i = 1}^a \sum_{j = 1}^b 1 = \sum_{j = 1}^b \sum_{i = 1}^a 1 = b \times a$

$\sum_{i = 1}^a \sum_{j = 1}^b 1$

$\begin{array}{l} x^2 + 25x - 144 \\ =\left(x-\ffd{25-\sqrt{1201}}2\right)\left(x-\ffd{25+\sqrt{1201}}2\right) \end{array}$

$$ abcdefghijklmnopqrstuvwxyz $$ $$ abc dx dy $$

$\iro[ak]{c\tau}$ $\iro[ak]{ct}$ $\iro[ao]{vt}$ $\iro[ak]{(c\tau)^2} = \iro[ak]{(ct)^2} - \iro[ao]{(vt)^2}$

$c\tau = \sqrt{c^2 - v^2}\sx t$ $\tau = \sqrt{1 - \ffd{v^2}{c^2}}\sx t$

#spanend #spanadd \underbrace{4+4+4+4+4+4}_{5.3} #spanend #spanadd

/home/limg/www/LimgMath/eq! You can't use `macro parameter character #' in math mode.
  \displaystyle \mathstrut ##
                                       spanend ##spanadd \underbrace {4+4+4+...
l.17 \end{align*}

#spanend #spanadd \underbrace{\overbrace{4}^{1\;\;}+\overbrace{4}^{1\;\;}+\overbrace{4}^{1\;\;}+\overbrace{4}^{1\;\;}+\overbrace{4}^{1\;\;}+\overbrace{4}^{0.3\;\;}}_{5.3} #spanend #spanadd

/home/limg/www/LimgMath/eq! You can't use `macro parameter character #' in math mode.
  \displaystyle \mathstrut ##
                                       spanend ##spanadd \underbrace {\overb...
l.17 \end{align*}

#spanend #spanadd 4\;\underbrace{\overbrace{\;+\;\;\,4\;}^{1\;\;}\; \overbrace{\;+\;\;\,4\;}^{1\;\;}\; \overbrace{\;+\;\;\,4\;}^{1\;\;}\; \overbrace{\;+\;\;\,4\;}^{1\;\;}\; \overbrace{\;+\;\;\,4\;}^{0.3\;\;}}_{4.3} #spanend #spanadd

/home/limg/www/LimgMath/eq! You can't use `macro parameter character #' in math mode.
  \displaystyle \mathstrut ##
                                       spanend ##spanadd 4\;\underbrace {\ov...
l.17 \end{align*}

$\iro[mr]{\theta}$ $\iro[mr]{\:b}$ $\iro[ao]{\:b_x}$ $\iro[ak]{\:b_y}$ $\iro[gy]{\:a}$ $\iro[mr]{\:b'}$ $\iro[ao]{\:b_x'}$ $\iro[ak]{\:b_y'}$ $\iro[gy]{\:a_x}$ $\iro[gy]{\:a_y}$

#spanend &spanadd; dh(t) = d(f(t)g(t)) = df(t)g(t) + f(t)dg(t) + df(t)dg(t) = df(t)g(t) + f(t)dg(t)&spanend; #spanadd

/home/limg/www/LimgMath/eq! You can't use `macro parameter character #' in math mode.
  \displaystyle \mathstrut ##
                                       spanend &spanadd; dh(t) = d(f(t)g(t))...
l.17 \end{align*}

#spanend &spanadd; df(t) = d\left(\ffd{h(t)}{g(t)}\right) = \ffd{dh(t)g(t) - h(t)dg(t)}{g(t)^2}&spanend; #spanadd

/home/limg/www/LimgMath/eq! You can't use `macro parameter character #' in math mode.
  \displaystyle \mathstrut ##
                                       spanend &spanadd; df(t) = d\left (\ff...
l.17 \end{align*}