A cubed is equal to the logarithm of d to the base c.

A cubed is equal to the logarithm of d to the base c. - student2.ru

a) A cubed is equal to the logarithm of d to the base c. - student2.ru of z is equal to b, square brackets, parenthesis, z divided by c sub m plus 2, close parenthesis, to the power m over m minus 1, minus 1, close square brackets;

b) A cubed is equal to the logarithm of d to the base c. - student2.ru of z is equal to b multiplied by the whole quantity: the quantity two plus z over c sub m , to the power m over m minus 1, minus 1.

A cubed is equal to the logarithm of d to the base c. - student2.ru

the absolute value of the quantity A cubed is equal to the logarithm of d to the base c. - student2.ru sub j of t one, minus A cubed is equal to the logarithm of d to the base c. - student2.ru sub j of t two, is less than or equal to the absolute value of the quantity M of t one minus A cubed is equal to the logarithm of d to the base c. - student2.ru over j, minus M of t two minus A cubed is equal to the logarithm of d to the base c. - student2.ru over j.

A cubed is equal to the logarithm of d to the base c. - student2.ru

k is equal to the maximum over j of the sum from i equals one to i equals n of the modulus of a sub i, j of t, where t lies in the closed interval a b and where j runs from one to n.

A cubed is equal to the logarithm of d to the base c. - student2.ru

the limit as n becomes infinite of the integral of f of s and A cubed is equal to the logarithm of d to the base c. - student2.ru sub n of s plus delta n of s, with respect to s, from A cubed is equal to the logarithm of d to the base c. - student2.ru to t, is equal to the integral of f of s and A cubed is equal to the logarithm of d to the base c. - student2.ru of s, with respect to s, from A cubed is equal to the logarithm of d to the base c. - student2.ru to t.

A cubed is equal to the logarithm of d to the base c. - student2.ru

A cubed is equal to the logarithm of d to the base c. - student2.ru sub n minus r sub s plus 1 of t is equal to p sub n minus r sub s plus 1, times e to the power t times A cubed is equal to the logarithm of d to the base c. - student2.ru sub q plus s.

A cubed is equal to the logarithm of d to the base c. - student2.ru

L sub n adjoint of g is equal to minus 1 to the n, times the n-th derivative of a sub zero conjugate times g, plus, minus one to the n minus 1, times the n minus first derivative of a sub one conjugate times g, plus … plus a sub n conjugate times g.

A cubed is equal to the logarithm of d to the base c. - student2.ru

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

A cubed is equal to the logarithm of d to the base c. - student2.ru

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

A cubed is equal to the logarithm of d to the base c. - student2.ru A cubed is equal to the logarithm of d to the base c. - student2.ru

f of z is equal to phi sub mk hat, plus big O of one over the absolute value of z, as absolute z becomes infinite, with the argument of z equal to gamma.

A cubed is equal to the logarithm of d to the base c. - student2.ru

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

A cubed is equal to the logarithm of d to the base c. - student2.ru

K of t and x is equal to one over two pi i, times the integral of K of t and z, over omega minus omega of x, with respect to omega along curve of the modulus of omega minus one half, is equal to rho.

A cubed is equal to the logarithm of d to the base c. - student2.ru

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

A cubed is equal to the logarithm of d to the base c. - student2.ru

D sub k of x is equal to one over two pi i, times integral from c minus i infinity to c plus i infinity of dzeta to the k of omega, x to the omega divided by omega, with respect to omega, where c is grater than one.

Приложение 8

The pronunciation of chemical words,

Formulae and equations

The modern trends are:

1. The accenting of names of chemical substances on the final syllable is notrecommendedwhere the accent is not emphatic (such as the names amine [´æmaɪn], sulphide[´sʌlfaɪd], amidin[´æmɪdɪn]).

2. The general trend of the accent in the English language is now to be away from the endand toward the beginningof the word.

3. The ending –ideshould be pronounced as [aɪd] (bromide[´broumaɪd], chloride[´klɔ:raɪd], oxide[´ɔksaɪd] ).

4. For chemical names ending in –ine, the tendency is now to pronounce [i:n] (chlorine [´klɔ:ri:n], iodine [´aɪədi:n]).

This conflicts in sound with the pronunciation of the ending –ene but this is only with a few words, as benzine and benzene[´benzi:n], fluorineand fluorene[´fluəri:n], glycerinе[ɡlɪsə´ri:n].

5. The ending –ylshould be pronounced [ɪl] (methyl[´meθɪl]).

6. The ending –ile should be pronounced [ɪl] (nitrile[´naɪtrɪl]).

7. Adjectives ending in –icshould be accented on the next to the last syllable, as glyceric [ɡlɪ´serɪk].

8. Words ending in –valent [´veɪlənt] should be pronounced as trivalent [´traɪˌveɪlənt], monovalent[´mɔnouˌveɪlənt], divalent[´daɪˌveɪlənt] or bivalent[´baɪˌveɪlənt].

Приложение 9

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