LATEX
Documents on the Web
Documents on the Web
In this document I have several math expressions and formulas
of increasing complexity. You can see how several alternative
methods work to turn the math into usable Web materials.
Case 1
In the simplest case, we may have some ''in-line'' math expressions.
For example, a sentence may have a simple equation like
c2 = a2 + b2 or perhaps some Greek characters like
2pr2. LATEX is able to handle inline equations like
[(sinq)/( cscq)]+[(cosq)/( secq)] = 1 .
This equation contained fractions, which forced LATEX to
increase the spacing between the lines.
Case2
Almost as easy, we can set the math material into a separate
''display''.
Or maybe something that takes up a little more verical space:
Or that uses a special notation like root the operator:
Case 3
There are a lot more characters in the LATEX language than you
will find in the symbol font set. For example, there are
the set operators:
|
P(AÈB ÈC) = P(a) + P(B) + P(C) -P(A ÇB) - P(A ÇC) + P (B ÇC) - P(A ÇB ÇC) |
|
and the vectors:
Notice how the letters i and j are printed without
their dots when used with a vector. Finally, here is a formula
with an overbrace and underbrace:
Case 4
Now lets get on to the really tough stuff ... expressions which require
several lines of notation which lines up:
And:
Finally:
B
|
| |
| |
1 + |
1
3
|
- |
1
5
|
+ |
1
7
|
- |
1
9
|
+ |
1
11
|
+ ¼ |
| |
|
|
|
ó
õ
|
1
0
|
(1 + x2 -x4 -x6 + x8 + x10 - x12 -x14 +x16 +¼) dx |
| |
|
| |
|
|
| |
|
Thats all I can stand to type!
File translated from TEX by TTH, version 2.26.
On 19 Oct 1999, 09:33.