" (c) "e^(5x)

For x in R , lim_(xrarroo)((x-3)/(x+2))^x is equal to (a) e (b) e^(-1) (c) e^(-5) (d) e^5

For x in R , lim_(xrarroo)((x-3)/(x+2))^x is equal to (a) e (b) e^(-1) (c) e^(-5) (d) e^5

[" 5."lim_(x rarr0^(-(1)/(x)))" is : "],[[" (A) "e^((1)/(c))," (B) "e^(e)," (C) "e^(2)]]

If int x^(3) e^(5x)dx=(e^(5x))/(5^4)(f(x))+c , then f(x)=

int(x-1)\ e^(-x)\ dx is equal to x e^x+C (b) x e^x+C (c) -x e^(-x)+C (d) x e^(-x)+C

If (a + b e^(x))/(a-b e^(x)) = (b + c e^(x))/(b- c e^(x))= (c + d e^(x))/(c- d e^(x)) then a, b, c, d are in

(inte^(x^4)(x+x^3+2x^5)e^(x^2) dx) is equal to (a) 1/2x e^(x^2)e^(x^4)+c (b) 1/2x^2e^(x^4)+c (c) 1/2e^(x^2)e^(x^4)+c (d) 1/2x^2e^(x^2)e^x^4+c

The order of the differential equation whose solution is given by y = (c_(1) + c_(2)) cos (x + c_(3)) - c_(4) e^(x+c5) where c_(1), c_(2), c_(3), c_(4), c_(5) are arotrary constant -