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If you have a menu key on your keyboard, this will come in very handy (you should also learn the letter that activates each menu item).įor more details, see my article on Microsoft Word (the sections about mathematics), or - if you are really hardcore - the specification of the 'linear format' used to enter formulae in Word. This is highly context sensitive, and has a lot of convenient commands (remove accent, add lower/upper limit, remove exponent, add argument, remove brackets, etc.). But be cautious: using literal spaces inside formulae often results in seemingly random loss of characters next to the spaces due to a bug (at least in Word 20).įinally, do not forget the context (right-click) menu. Hint: You can create very nice double arrows (implication or equivalence) by adding a lot of spaces above them. To enter plain text in a formula, write the text inside double quotation marks: For instance, a =\above("by the lemma") 0. Also, you have probably already realised that (x+4)^2 >= 0, \forall x\in\doubleR looks very good on its own row if you put two spaces after the comma! You might find Shift+Return useful in some cases where you want to align formulae. You can also enter the elements directly (guess how!), but it is often easier to do that after the matrix has been created. To get the parantheses, write and a space. To insert a 3×3 matrix, write followed by a space. However, it seems impossible to format formulae correctly in headings and figure captions the default style of these objects (usually bold) cannot be 'overruled' manually on a character-by-character basis inside a formula. Reapplying the formatting usually makes it 'stick'. To toggle bold/italic on/off, use Ctrl+B/Ctrl+I (this is Microsoft Word, remember? :) ) But you might want to check the formatting of your most recently added formulae every time you open a document, because sometimes the formatting (bold/italic) you changed during your last 'session' is lost or changed when you open the document again. You can also write 'strange' brackets like [0, 1[ (which is how Swedes write [0, 1)), with only little more effort: [0, 1\right[ and a space. You can also try \bra \phi_1 | \phi_2 \ket etc. For instance, you can write "" and get a true bracket. To write a square root, write \sqrt followed by a space, or a paranthesized expression.īrackets of different kinds are automatically regocnized. This also works with \prod, \int, \oint, \bigotimes, etc. To write a n-ary sum, simply write "\sum_(k=1)^\infty" followed be a space to automatically get the sum symbol with "k=1" below and the infinity sign above. To modify a character, try v\bar, f\hat, x\dot, x\ddot, etc. In addition, you can try differently styled characters: \scriptD, \scriptO, \doubleR, \frakturR, etc. Special characters are inserted using the \chr syntax. Otherwise the "sin" function will not be recognized, and thus it will be in italic (which is incorrect). To insert "a sin x", make sure to insert the space between "a" and "sin".
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1/(a+b) will be transformed to what you expect. The same things apply to subscript: \epsilon_0, e.g. If you really do want a (b + c), write "a^((b + c))". If your exponential contains several terms, write "a^(b + c)" which will be transformed to a b + c. "a^b" is automatically transformed to a b.