Determine the constant k, so that function f (x} is continuous at the indicated points : `f(x) {((x^2-2x-3)/(x+1),if,x,ne,-1),(k,if,x,=,-1):}` at x=-1

Determine the constant k, so that function f (x) is continuous at the indicated points : f(x)= {((x^2-3x+2)/(x-1),if,x,ne,1),(k,if,x,=,1):} at x=1.

Determine the constant k, so that function f (x} is continuous at the indicated points : f(x) {((x^2-9)/(x+1),if,x,ne,3),(k,if,x,=,3):} at x=3

In the following, determine the constant so that given function is continuous at indicated point: f(x) ={:{((x^2-3x+2)/(x-1), if x ne1),(k, if x =1):} at x =1

In the following, determine the constant so that given function is continuous at indicated point: f(x) ={:{((x^2-1)/(x-1),ifxne1),(k,ifx=1):} at x =1

In the following, determine the constant so that given function is continuous at indicated point: f(x) ={:{((sin2x)/(5x), when x ne0),(m, when x=0):} at x =0

In the following, determine the constant so that given function is continuous at indicated point: f(x) ={:{(kx+1,if x le pi),(cosx, if x>pi):} at x = pi

Find the values of k so that the function f is continuous at the indicated point : f(x)={(kx^2,,,, if x le2),(3,,,, if x>2):} at x=2

Find the values of k so that the function f is continuous at the indicated point : f(x)={(kx+1,,,, if x lepi),(cosx,,,, if x>pi):} at x=pi

Find the values of k so that the function f is continuous at the indicated point : f(x)={(kcosx/(pi-2x),,,, if x ne pi/2),(3,,,, if x=pi/2):} at x=pi/2

Find the values of k so that the function f is continuous at the indicated point : f(x)={(kx+1,,,, if x le5),(3x-5,,,, if x>5):} at x=5