Integrate ∫ [sin(log x) + cos(log x)] dx

Evaluate the following integrals : ∫[sin (log x)+cos (log x)] d x .

The integral   e cos log x dx  is equal to: (where C is a constant of integration)

`int(e^(logx)+sinx).cos x dx=`

evaluate integral sin(logx)/x dx

evaluate integral cos(logx)/x dx

Q21 | ∫sin⁡(log⁡x)dx | Integration of sin logx | Integral of sin logx | Integration by parts

DIFFERENTIAL EQUATIONS

Evaluate : `int cos(logx)dx`

Integral of sin(ln(x))/x int (sin (log x))/(x)dx int(sin(logx)/xdx (substitution method)

Integral of sin(log x) / x

Integral of cos(log x) dx

int(cos^(2) (log .x))/(x)dx | 12 | INTEGRATION | MATHS | NAGEEN PRAKASHAN ENGLISH | Doubtnut

Show that `y=a cos(log x)+b sin(log x)` is a solution of the differential equation `x^2(d^2y)/...

Q29 | ∫cos⁡(log⁡x)/x dx | Integral of cos⁡(log⁡x)/x dx | Integration of cos⁡(log⁡x)/x dx

`int (cos (log x))/(x)dx`

Integration of log(sin x) and log(cos x) |Integral Calculus | Properties of definite integration|Bsc

Evaluate The Indefinite Integration of (e^logx + sinx)cosx dx | IITJEE Main & Advanced Solution

Evaluate : `int_(1)^(2) (cos (log x))/(x) dx `

Indefinite Integration 7, sin(log x ) ; very important for #CBSE #EXAMS