Solve Q1 showing clearly all steps involved 1. Expressinto parital fraction. Hence evaluate dx*2-4x2 -4(1– 2.x)(1+x*)' ©Xpress f(x} in partial fractions. Findf (x)dxleaving your answer in terms of natural logarthms.2. Given that f(x)1/4a.b. The set of real values of x for which the expansion of f(x) is a series in ascending powers of x isvalid.2-4x3. Given that f(x)express f (x) in partial fractions* (x2+2)x2+1JA. Given that f(x):express f(x) in partial fractions. Hence find f f(x)dxx2 (1-x)'5. Given that g(x) = x+x2 + 2x + 2, f(x) :x+2express f(x) in partial fractions.g(x)'16. Express f(x), where f(x)in partial fractions. Hence2-x-x2a. Evaluate f (x)dx, giving your answer to three significant figures.b. Expand f(x) as a series of ascending powers of- up to and including the term in () giving theset of values of x for which the expansion is valid.4x2 +3x(x2+1)'7. Express in partial fractionshence evaluate Sx2 +3dx, leaving your answer in terms ofnatural logarithms.x (x2 +1)4x+28. Expressin partial fractions.x2+4x+4

Name: Solve Q1 showing clearly all steps involved 1. Expressinto parital fra
Uploaded: 2024-03-20T06:38:44.000Z
Channel: Bartleby
Description: Solve Q1 showing clearly all steps involved 1. Expressinto parital fraction. Hence evaluate dx*2-4x2 -4(1– 2.x)(1+x*)' ©Xpress f(x} in partial fractions. Findf (x)dxleaving your answer in terms of natural logarthms.2. Given that f(x)1/4a.b. The set o