Question

In: Math

Solve the following integrals using integration by parts technique: a) [int] xsinx dx b) [int] x^2sinx...

Solve the following integrals using integration by parts technique:

a) [int] xsinx dx

b) [int] x^2sinx dx

c) [int] xcosx dx

d) [int] sin(sqrt(x)) dx

e) [int] xexp(x) dx

f) [int] x / exp(x) dx

Solutions

Expert Solution

milcah answered 1 year ago
Next > < Previous

Related Solutions

Calculate the integrals given below using partial fractions: a) [int] 1/(x^2 - a^2) dx a is...
Calculate the integrals given below using partial fractions: a) [int] 1/(x^2 - a^2) dx a is a fixed positive real number b) [int] 1/(x^4 - 1) dx c) [int] 1/(x^2 + x) dx d) [int] 1/(x^2 - 4x - 5) dx e) [int] 1/(x^2 - 3x - 5) dx f) [int] exp(x) / (exp(4x) - 5exp(2x) + 4) dx
Calculate the integrals given below using partial fractions: a) [int] 1/(x^2 - a^2) dx a is...
Calculate the integrals given below using partial fractions: a) [int] 1/(x^2 - a^2) dx a is a fixed positive real number b) [int] 1/(x^4 - 1) dx c) [int] 1/(x^2 + x) dx d) [int] 1/(x^2 - 4x - 5) dx e) [int] 1/(x^2 - 3x - 5) dx f) [int] exp(x) / (exp(4x) - 5exp(2x) + 4) dx
Evaluate the following integrals using trigonometric identities (a) intergal sin6 x cos3 x dx (b) Z...
Evaluate the following integrals using trigonometric identities (a) intergal sin6 x cos3 x dx (b) Z π/2 o cos5 x dx (c) Z sin3 ( √ x) √ x dx (d) Z tsin2 t dt (e) Z tan2 θ sec4 θ dθ (f) Z x sec x tan x dx
1) Find the following indefinite integrals.     a) (4-3xsec^2 x)/x dx     b) (5 sin^ 3...
1) Find the following indefinite integrals.     a) (4-3xsec^2 x)/x dx     b) (5 sin^ 3 x ) / (1+cosx)(1-cosx) dx 2) A particle starts from rest and moves along the x-axis from the origin at t = 0 with acceleration        a(t) =   6 - 2t (ms^-2) at time t. When and where will it come to rest.        Remember dvdt = acceleration and dsdt = velocity 3) Use substitution to find the following integrals.     a) (9x)/ sqrt...
(15) Evaluate each of the following integrals. (a) Z cos(x) ln(sin(x)) dx (b) Z x arcsin(x...
(15) Evaluate each of the following integrals. (a) Z cos(x) ln(sin(x)) dx (b) Z x arcsin(x 2 ) dx (c) Z 1 0 ln(1 + x 2 ) dx (d) Z 1/4 0 arcsin(2x) dx (16) Use the table of integrals to evaluate the integrals, if needed. You may need to transform the integrand first. (a) Z cos(4t) cos(5t)dt (b) Z 1 cos3 (x) dx (c) Z 1 x 2 + 6x + 9 dx (d) Z 1 50 −...
integration of ((8(x+a))/(x^2+a^2))dx. using trig. sub.
integration of ((8(x+a))/(x^2+a^2))dx. using trig. sub.
Find the integrals of the following: 1) 6sin2xcos3x dx 2) 9xcos2x dx 3) 3cos2xtan3x dx 4)...
Find the integrals of the following: 1) 6sin2xcos3x dx 2) 9xcos2x dx 3) 3cos2xtan3x dx 4) 7cot5xsin4x dx 5) 3tan2xsecx dx
Use integration by parts to evaluate the integral: ∫ cos (ln(6x)) dx
Use integration by parts to evaluate the integral: ∫ cos (ln(6x)) dx
How many times would integration by parts needs to be performed to evaluate ∫75xn ln(x) dx  (where...
How many times would integration by parts needs to be performed to evaluate ∫75xn ln(x) dx  (where n is a positive integer)? Multi Choice.    A- Integration by parts need to be performed 1 time in order to evaluate ∫75xn ln(x) dx.    B- Integration by parts need to be performed n − 1 times in order to evaluate ∫75xn ln(x) dx.    C- Integration by parts need to be performed n + 1 times in order to evaluate ∫ 75xn...
Evaluate the given equation by integration. ∫(√tan x + √cot x) dx
Evaluate the given equation by integration.∫(√tan x + √cot x) dx
ADVERTISEMENT
Subjects
ADVERTISEMENT
Latest Questions
ADVERTISEMENT