" Let "f(x)={[(1-cos4x)/(x^(2))," if "x<0],[a," if "x=0],[sqrt(16+sqrt(x)-4)," ,if "x>0]

Let f(x)={[(1-cos4x)/(x^(2)), if x 0 continuous at x=0.

Let f(x)={(1-cos4x)/(x^(2)),quad if x<0a,quad if x=0(sqrt(x))/(sqrt(16+sqrt(x))-4),quad if x Determine the value of a so that f(x) is continuous at x=0 .

Let f(x)={(1-cos4x)/(x^2),\ \ \ if\ x 0 Determine the value of a so that f(x) is continuous at x=0.

Let f(x) = {((1-cos 4x)/(x^(2))",",x lt 0),(a",",x = 0),((sqrt(x))/(sqrt(16+sqrt(x))-4))",",x gt 0):} Then, the value of a if possible, so that the function is continuous at x = 0, is……….

Let f(x) = {((1-cos 4x)/(x^(2))",",x lt 0),(a",",x = 0),((sqrt(x))/(sqrt(16+sqrt(x))-4)",",x gt 0):} Then, the value of a if possible, so that the function is continuous at x = 0, is……….

Let f(x) = {((1-cos 4x)/(x^(2))",",x lt 0),(a",",x = 0),((sqrt(x))/(sqrt(16+sqrt(x))-4))",", x gt 0):} Then, the value of a if possible, so that the function is continuous at x = 0, is……….

Let f(x)={(1-cos4x)/(x^2a,),ifx 0,ifx=0 Determine the value of a so that f(x) is continuous at x=0.

Let : f(x) {:(=(1-cos 4x)/(x^(2))", ... "x lt 0 ),(= a", ... " x = 0 ),(= (sqrt(x))/(sqrt(16-sqrt(x))-4)", ... "x gt 0 ):} If f(x) is continuous at x = 0 , then : a =

Let f(x) ={{:((1-cos 4x)/(x^(2))",","when" x lt 0),(a",","when"x=0),((x)/(sqrt(16+sqrtx)-4)",","when" x gt0):} Determine the value of a, if possible, so that f(x) is continuous at x=0.