If `f(x)=1/3{f(x+1)+5/(f(x+2))}"and"f(x)> 0,7 x in R` , then `lim_(x->oo) f(x)` is

If f(x)=1/3(f(x+1)+5/(f(x+2))) and f(x)gt0,AA x epsilonR, then lim_(xto oo)f(x) is

If f(x)=1/3(f(x+1)+5/(f(x+2))) and f(x)gt0,AA x epsilonR, then lim_(xto oo)f(x) is

If f(x)=1/3(f(x+1)+5/(f(x+2))) and f(x)gt0,AA x epsilonR, then lim_(xto oo)f(x) is

If f(x)=(1)/(3){f(x+1)+(5)/(f(x+2))} and f(x)>0 foe all x in R, then lim_(x rarr oo)f(x) is

If f(x)=1/3{f(x+1)+5/(f(x+2)}} and f(x) gt 0 for all x in R , then lim_(x rarr infty)f(x) is

If f(x+2) = 1/2{f(x + 1)+ (4)/(f(x))} and f(x gt 0 , for all x in R ,then lim_(x to infty)f(x) is

Let f(x) is a function satisfying the condition f(x)=(1)/(3)[f(x+6)+(6)/(f(x+7))] and f(x)>0AA x in R then if lim_(x rarr oo)f(x)=sqrt(m then the value of m is )

If lim_(x->oo) f(x) exists and is finite and nonzero and if lim_(x->oo) {f(x)+(3f(x)−1)/(f^2(x))}=3 ,then the value of lim_(x->oo) f(x) is

If lm_(x->oo) f(x) exists and is finite and nonzero and if lim_(x->oo) {{f(x)+(3f(x)−1)/(f_2(x))}=3 ,then the value of lim_(x->oo) f(x) is

If f:R rarr R is continous function satisying f(0) =1 and f(2x) -f(x) =x, AAx in R , then lim_(nrarroo) (f(x)-f((x)/(2^(n)))) is equal to