int_(4)^(v)Mvdv

Find the value of int_(u)^(v)Mvdv

Evaluate the integral int_(u)^(v)Mvdv

Evaluate the following integrals (i) int_(R)^(oo)(GMm)/(x^(2))dx (ii) int_(r_(1))^(r_(2))-k(q_(1)q_(2))/(x^(2))dx (iii) int_(u)^(v)Mvdv (iv) int_(0)^(oo)x^(-1//2)dx (v) int_(0)^(pi//2)sin x dx (vi) int_(0)^(pi//2)cos x dx (vii) int_(-pi//2)^(pi//2) cos x dx

int_(R)^(oo) (GMm)/(x^(2))dx " " (ii) int_(u)^(v) Mvdv " " (iii) int_(0)^(pi//2) cos x dx

Evaluate the following integrals (i) int_(R)^(oo)(GMm)/(x^(2))dx (ii) int_(r_(1))^(r_(2)) -k(q_1q_2)/(x^(2))dx (iii) int_(u)^(v) Mv dv (iv) int_(0)^(oo) x^(-1//2) dx (v) int_(0)^(pi//2) sinx dx (vi) int_(0)^(pi//2) cosx dx (vii) int_(-pi//2)^(pi//2) cos x dx

int_(v_(0))^(0)(dv)/(sqrt(v))=-alpha int_(0)^(t)dt

Let u=int_(0)^(oo)(dx)/(x^(4)+7x^(2)+1) and v=int_(0)^(x)(x^(2)dx)/(x^(4)+7x^(2)+1) then

Evaluate the following : int_(u)^(v) " mv dv"

36.Find the following integrals iii) int_(1)^(oo)(dx)/(x^(1.4)) v) int_(-5)^(-2)(1)/(1-x)dx vil int_(0)^(1)(a+bx)^(2)dx