Mathematics for Applied Sciences (Osnabrück 2011-2012)/Part I/Exercise sheet 26

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Warm-up-exercises

Exercise

Determine the partial fraction decomposition of



Exercise

Determine the coefficients in the partial fraction decomposition of the Example by replacing with some numbers.



Exercise

Determine the complex and the real partial fraction decomposition of



Exercise

Determine the complex partial fraction decomposition of



Exercise

Determine the complex and the real partial fraction decomposition of



Exercise

Determine the complex and the real partial fraction decomposition of



Exercise

Determine the complex and the real partial fraction decomposition of



Exercise

Determine an antiderivative (primitive function) of the function



Exercise

Determine an antiderivative (primitive function) of the function



Exercise

Determine an antiderivative (primitive function) of the function



Exercise

Determine an antiderivative of the function

through partial fraction decomposition.



Exercise

We consider the function

a) Determine the real partial fraction decomposition of .

b) Determine an antiderivative of for .



Exercise

Find a representation of the rational number as a sum of rational numbers, such that every denominator is a power of a prime number.





Hand-in-exercises

Exercise

Write the rational function

in the new variables . Compute the antiderivative through the real partial fraction decomposition and through the substitutio.



Exercise

Determine the complex and the real partial fraction decomposition of



Exercise

Determine the complex and the real partial fraction decomposition of



Exercise

Determine an antiderivative (primitive function) of the function



Exercise

Determine an antiderivative (primitive function) of the function



Exercise

Determine an antiderivative (primitive function) of the function