" (Re) Suppose "f(x)={[a+bx,,x<1],[4,,x=1],[b-ax,,x>1]

f(x)=[[a+bx,,x 1

Suppose f(x)={{:(a+bx",",xlt1),(4",",x=1),(b-ax",",xgt1):} and if lim_(xrarr1)f(x)=f(1) what are possible values of a and b?

Suppose f(x)={{:(a+bx",",xlt1),(4",",x-1),(b-ax",",xgt1):} and if lim_(xrarr1)f(x)=f(1) what are possible values of a and b?

Suppose f(x)={{:(a+bx",",xlt1),(4",",x-1),(b-ax",",xgt1):} and if lim_(xrarr1)f(x)=f(1) what are possible values of a and b?

Suppose f(x)={{:(a+bx,if x lt 1),(4, if x =1),(b-ax, ifx gt 1):} If Lt_(x to 1-)f(x)=f(1), Lt_(x to 1+)f(x)=f(1) then find the possible values of a and b.

Suppose f(x) = {{:(a+bx "," x lt 1),(4 "," " "x=1),(b-ax "," x gt 1):}

Let f(x)=ax^(2)+bx+c, where a,b,c in R,a!=0. Suppose |f(x)|<=1,x in[0,1], then

Let f(x) = a x^2 + bx + c , where a, b, c in R, a!=0 . Suppose |f(x)| leq1, x in [0,1] , then