Find the values of k so that the function f is continuous at the indicated point in `f(x)={k x^2, if""xlt=2 3, if""""x >2` at `x" "=" "2` .

Find the values of k so that the function f is continuous at the indicated point in f(x)={k x^2, if""xlt=2 ,3 if""""x >2 at x" "=" "2 .

Find the values of k so that the function f is continuous at the indicated point in f(x)={k x+1, if""xlt=5 3x-5, if""""x >5 at x" "=" "5

Find the values of k so that the function fis continuous at the indicated point in f(x)={kx+1,quad if x at x=pi

Find the values of k so that the function fis continuous at the indicated point in f(x)={((k cos x)/(pi-2x),quad if x!=(pi)/(2)),(3 if x=(pi)/(2)) at x=(pi)/(2)

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={kx+1,quad if x at x=pi

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={kx+1,quad if x at x=5

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={k(x^(2)+2),quad if x 0 at x=0

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={kx^(2),quad x>=14,quad x<1 at x=1

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={k(x^(2)-2x),quad if quad x =0 at x=0

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={(x-1)(tan(pi x))/(2),quad if quad x!=1k,quad if x=1 at x=1