" (f) "(5)/(2)x=(25)/(4)

If int_(0)^(x)f(t)dt=x^2+int_(x)^(1)\ t^2\ f(t)dt , then f((1)/(2)) is equal to (a) (24)/(25) (b) (4)/(25) (c) (4)/(5) (d) (2)/(5)

If int_(0)^(x)f(t)dt=x^(2)+int_(x)^(1)(:t^(2)backslash f(t)dt, then f((1)/(2)) is equal to (a) (24)/(25) (b) (4)/(25) (c) (4)/(5) (d) (2)/(5)

If f(x) is differentiable and int_(0)^(t^(2))xf(x)dx=(2)/(5)t^(5), then f((4)/(25)) equals (a)(2)/(5)(b)-(5)/(2)(c)1(d)(5)/(2)

Examine the following functions for continuity.f(x)=x-5 (b) f(x)=(1)/(x-5) (c) f(x)=(x^(2)-25)/(x+5)f(x)=(x^(2)-25)/(x+5)

Examine the following functions for continuity. (a) f(x)=x-5 (b) f(x)=1/(x-5) (c) f(x)=(x^2-25)/(x+5) (d) f(x)=|x-5|

Examine the following functions for continuity. (a) f(x)=x-5 (b) f(x)=1/(x-5) (c) f(x)=(x^2-25)/(x+5) (d) f(x)=|x-5|

If f(x) is differentiable and int_(0)^(t^2)xf(x)dx=(2)/(5)t^5 ,then 5 f((4)/(25)) is equal to ....

If f(x)=(x^(2)-bx+25)/(x^(2)-7x+10) for x!=5 and f is continuous at x=5 then f(5)=

If f(x) is differentiable and int_(0)^(t^(2))xf(x)dx=(2)/(5)t^(5) , then f((4)/(25)) equals