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Wording Mathematical Formulae

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plus over minus is equal to plus over minus .

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cubed is equal to the logarithm of to the base .

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a) of is equal to , square brackets, parenthesis, divided by sub plus 2, close parenthesis, to the power over minus 1, minus 1, close square brackets;

b) of is equal to multiplied by the whole quantity: the quantity two plus over sub , to the power over minus 1, minus 1.

,

the absolute value of the quantity sub of one, minus sub of two, is less than or equal to the absolute value of the quantity of minus over , minus of minus over .

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is equal to the maximum over of the sum from equals one to equals of the modulus of of , where lies in the closed interval and where runs from one to .

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the limit as becomes infinite of the integral of of and of plus delta of , with respect to , from to , is equal to the integral of of and of with respect to , from to .

sub minus sub plus 1 of is equal to sub minus sub plus 1, times to the power times sub plus .

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sub adjoint of is equal to minus 1 to the , times the th derivative of sub zero conjugate times , plus, minus one to the minus 1, times the minus first derivative of sub one conjugate times , plus plus sub conjugate times .

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the partial derivative of oflambda sub of and , with respect to lambda, multiplied by lambda sub prime of , plus the partial derivative of with arguments lambda sub of and , with respect to , is equal to 0.

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the second derivative of with respect to , plus , times the quantity 1 plus of , is equal to zero.

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of is equal to sub hut, plus big of one over the absolute value of , as absolute becomes infinite, with the argument of equal to gamma.

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sub minus 1 prime of is equal to the product from equal to zero to of, parenthesis, 1 minus sub squared, close parenthesis, to the power epsilon minus 1.

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of and is equal to one over two , times the integral of of and , over minus of , with respect to along curve of the modulus of minus one half, is equal to rho.

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the second partial (derivative) of with respect to , plus to the fourth power, times the Laplacian of the Laplacian of , is equal to zero, where is positive.

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sub of is equal to one over two , times integral from minus infinity to plus infinity of dzeta to the of , to the divided by , with respect to , where is greater than 1.



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  1. Mathematical Symbols and Signs
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